World’s First Submarine Desalination Facility to Begin Clean Water Production in 2026

Flocean's subsea desalination pod

Flocean Seabed Desalination Pod

Credit: Florshan

Transforming seawater into potable water has been a costly and energy-heavy endeavor for many regions globally. However, a pioneering approach by Flocean, a Norwegian company, is set to revolutionize this process. They aim to unveil the world’s first commercial-scale seabed desalination plant by 2026, significantly slashing both costs and energy consumption.

Global freshwater demand is surging due to factors like population growth, climate change, and industrial needs. Meanwhile, fresh water is increasingly scarce due to droughts, deforestation, and over-irrigation practices.

Currently, terrestrial desalination provides merely 1% of the world’s freshwater supply, with over 300 million people depending on it for their daily needs. The largest plants are located in the Middle East, where low energy costs enhance the feasibility of desalination technologies amid rising water scarcity.

Reverse osmosis is the primary technology employed in desalination today, which entails pressurizing seawater to force it through membranes that only allow water molecules to pass. This process is notoriously energy-intensive.

Flocean’s innovative strategy involves deploying underwater pods that filter seawater at significant depths, enabling separation of freshwater from salt while returning the salt back to the ocean. These reverse osmosis pods take advantage of hydrostatic pressure to filter seawater with reduced energy requirements.

The company asserts that their method can cut energy usage by approximately 40-50% compared to traditional desalination methods. Additionally, the deeper the pods are submerged, the cleaner the seawater, resulting in less pre-treatment before it reaches the membrane. Nikko zone conditions contribute to this purity.

“From a process perspective, it’s relatively straightforward,” states Alexander Fuglsang, Founder and CEO of Flocean. “The salinity, temperature, and pressure conditions remain stable, with minimal bacterial interference that can lead to biofouling.” The hydrostatic pressure also aids in diffusing the brine by-product, which is claimed not to have harmful chemicals for marine ecosystems.

Over the past year, Flocean has been successfully desalinating water at a depth of 524 meters at its test site located at the Mønstad Industrial Park, Norway’s leading marine supply base. The upcoming commercial facility, dubbed Flocean One, is set to produce 1,000 cubic meters of freshwater daily upon its launch next year. This scalable approach allows for the addition of more desalination pods as needed.

“We opt to maintain uniformity within the subsea units while expanding through replication, instead of constantly developing larger machinery,” explains Fugelsang. Nevertheless, scaling introduces engineering challenges, particularly in optimizing power distribution and permeation manifolds for increased efficiency.

This desalination technology has the potential to offer affordable freshwater solutions if properly implemented and costs are minimized, but large-scale viability has yet to be established, notes Nidal Hilal from New York University Abu Dhabi. “Successfully integrating this solution into municipal systems will require overcoming various technological and financial hurdles over time.”

Reducing costs is crucial for wider adoption of this technology, given that traditional water acquisition methods, such as lake or aquifer pumping, remain cheaper. Key expenses for Flocean stem from membrane cleaning and maintenance. Innovations in membrane technology are underway, with Hilal’s research focusing on conductive membranes that electrically repel salt and other contaminants, which may enhance cleanliness and throughput. Efforts are also being made to recycle single-use plastics into membrane materials to boost sustainability and drive down costs. “Durable membranes and high-efficiency pumps can further decrease operational costs, while incorporating renewable energy can lower electricity expenditures,” Hilal adds.

Flocean One is anticipated to start freshwater production in the second quarter of 2026. If all goes as planned, this technology could pave the way for larger plants in different locations. “The greatest challenge lies in achieving the right alignment,” Fugelsang concludes. “We seek clients, government approvals, and robust financial partnerships.”

Topics:

Source: www.newscientist.com

Harnessing Green Hydrogen: Fueling Industries from Steel Production to Agriculture

Green hydrogen offers numerous potential applications

Bernat Armangue/Associated Press/Alamy

Hydrogen, the most prevalent element in the universe, generates energy when it reacts with oxygen, producing only water as a by-product. This is why it is being hailed by politicians as a versatile solution to combat climate change, potentially powering the multitude of vehicles and industries that currently depend on fossil fuels.

However, 99% of the hydrogen in circulation today is “gray” hydrogen, derived from processes that decompose methane or coal gas, subsequently releasing carbon dioxide. To attain net-zero emissions, many nations are now pivoting towards “blue” hydrogen, which captures this CO2 before releasing it into the atmosphere, or “green” hydrogen, generated by using renewable energy to split water molecules.

UN Secretary-General António Guterres has remarked that green hydrogen represents a significant opportunity for Western nations to contend with China in the clean technology sector This was articulated at a press briefing on December 3rd.

The challenge is that low-carbon hydrogen costs at least double that of gray hydrogen. To boost production and reduce prices, government incentives are essential. While the European Union and others are backing the sector, former President Donald Trump has begun to dismantle proposed low-carbon hydrogen initiatives. This effort is ongoing in the US via a $7 billion initiative.

As a result of these obstacles, the analytics company BloombergNEF has revised its prediction for low-carbon hydrogen production down to just 5.5 million tonnes by 2030, amounting to around 5% of current gray hydrogen usage. Experts suggest that, given the limited availability of supplies, governments and organizations ought to concentrate on utilizing clean hydrogen where it is most beneficial for both the environment and the economy.

“Hydrogen can do nearly everything, but that doesn’t mean it should,” states Russell McKenna from ETH Zurich, Switzerland.

Recent studies conducted by McKenna and his team evaluated the CO2 emissions associated with producing and transporting low-carbon hydrogen for projects globally in 2000, contrasting it with the CO2 emissions this hydrogen could displace. Their findings indicate that hydrogen could significantly impact the climate in the manufacturing of steel, biofuels, and ammonia.

Conversely, employing hydrogen for road transport, electricity generation, and home heating sees limited emissions reductions.

Steel

In a blast furnace, coke made from coal serves the dual purpose of generating heat to melt iron oxide ore and supplying the carbon needed for chemical reactions that remove oxygen from the ore. Therefore, merely heating the metal using renewable electricity is insufficient. The reaction requires a carbon alternative, and hydrogen can produce water instead of CO2.

“The current technology allows for the production of iron from iron ore at an industrial scale without CO2 emissions, and that technology is hydrogen,” asserts David Dye from Imperial College London. “Any alternative would require substantial advancements in technology.”

Green steel startup Stegra is in the process of establishing a facility in northern Sweden, which aims to be the first carbon-neutral steel factory by the end of 2026, utilizing electric furnaces and green hydrogen generated from local river water. Similar projects are also being developed in Europe, Asia, and North America.

Nevertheless, generating green hydrogen and powering arc furnaces demands affordable renewable electricity. This year, the multinational steel producer ArcelorMittal declined a €1.3 billion subsidy aimed at transitioning two German steel mills to hydrogen, citing elevated electricity costs.

Ammonia

Crops require nitrogen in the form of nitrates to thrive, yet the soil contains limited nitrates. In the early 20th century, chemists Fritz Haber and Carl Bosch created a process that combines nitrogen, abundantly available in the air, with hydrogen to synthesize ammonia, which can then be transformed into various fertilizers.

This innovation fueled the agricultural revolution and the expansion of the global population, and today, hydrogen is primarily utilized in oil refining and ammonia production. Approximately 70% of all ammonia is used as fertilizer, while the remainder is employed in producing plastics, explosives, and other chemicals.

“You can’t electrify this… because it’s a chemical reaction requiring that input,” explains McKenna. “Thus, we need hydrogen, but it has to be decarbonized.”

Countries like Saudi Arabia are beginning to construct facilities that will leverage solar and wind energy to produce hundreds of thousands of tons of green ammonia, primarily for export. Simultaneously, a startup is working on compact, modular plants to generate green hydrogen and ammonia directly at US agricultural sites. However, at present, all these methods depend on governmental funding and tax incentives.

Alternative Fuel

Ammonia can also be burned in engines. While passenger vehicles and many trucks can efficiently operate on electricity, long-range transport methods, such as large trucks, ships, and airplanes, face challenges with battery storage and charging. Hydrogen holds potential as a key element in generating low-carbon fuels for this segment.

Research led by McKenna and his team has identified that manufacturing hydrotreated vegetable oils is one of the most advantageous applications of hydrogen. This involves treating used cooking oil with hydrogen to break down fats into combustible hydrocarbons.

Both ammonia and hydrotreated vegetable oil are being explored as substitutes for marine heavy fuel oil, which contributes to 3% of global emissions. The aviation sector, with a comparable carbon footprint, may also transition to ammonia.

Since hydrogen is produced independently of oil and closely resembles kerosene, it could also be harnessed to create synthetic aviation fuel compatible with existing aircraft.

In the long term, research teams at institutions like Cranfield University in the UK are conceptualizing aircraft featuring powerful tanks designed to store compressed hydrogen. Hydrogen and ammonia, which generate nitrogen oxide pollution when combusted, could alternatively be combined with oxygen in fuel cells, resulting in electricity and water. Ultimately, a fuel cell-powered aircraft represents a significant objective. Phil Longhurst from Cranfield University remarks.

“Hydrogen is the cleanest, zero-carbon fuel accessible, so it’s essentially the holy grail,” he concludes.

Topic:

Source: www.newscientist.com

Pompeii’s Construction Site Unveils the Secrets of Roman Concrete Production

Ceramic roof tiles and tuff blocks uncovered at an ancient construction site in Pompeii

Pompeii Archaeological Park

A recently uncovered ancient building site in Pompeii, preserved since the eruption of Mount Vesuvius, has enabled archaeologists to finally understand the process behind Roman concrete production.

Located near Naples, Pompeii was entombed under layers of volcanic ash in 79 AD. Excavation efforts commenced in the 1880s but were halted until early 2023, when extensive new diggings began.

The latest excavations revealed a nearly intact concrete workshop, featuring inscriptions on the walls detailing work schedules and material quantities. Numerous concrete tools, heaps of quicklime, and salvaged roof tiles were also discovered.

Admija Masic of the MIT research team expressed amazement at the site’s remarkable preservation, stating it provides insights into Roman concrete techniques that “laboratory recreations simply cannot achieve.”

“The material was just as it was at the moment the eruption halted the city,” Masic mentioned. “Studying it felt as if I were transported back to 79 A.D., standing beside the workers mixing and pouring concrete.”

The team’s revelations indicate that established assumptions about Roman concrete production should be reconsidered.

Historical records suggest that Romans utilized slaked lime (calcium hydroxide) for concrete, combining it with water before mixing it with other components like volcanic ash.

Contrarily, chemical analyses of dry, premixed materials found in Pompeian workshops show that ancient builders actually employed a hot mixing technique using quicklime, or calcium oxide. This method involved combining the lime with all other ingredients including volcanic ash and minerals, before adding water, which was heated as a result of the chemical reaction, causing some concrete to set.

“Our findings demonstrate that quicklime was crucial to structural concrete,” Masic states. “In contrast, slaked lime was typically used for finish mortar and plaster, where a smooth surface and workability were paramount.”

The hot-mixing method offers the advantage of lime remnants, known as crusts, remaining in the concrete post-hardening, which can autonomously heal small cracks and defects.

“These lime fragments serve as reservoirs of calcium that can dissolve and recrystallize in crevices and fractures, or interact with volcanic ash to enhance the microstructure of the concrete,” Masić explains.

A modern concrete worker would easily understand the Roman concrete-making technique at Pompeii and could seamlessly transition into the workshop to start working, he states. “The chemistry is ancient, yet the technology is readily recognizable.”

Historic Herculaneum – explore Vesuvius, Pompeii, and ancient Naples

Embark on a captivating expedition through the remnants of Mount Vesuvius, Pompeii, and Herculaneum, where history and archaeology unfold.

topic:

Source: www.newscientist.com

Vitamin C Intake Directly Affects Collagen Production and Skin Regeneration: Study Finds

Recent studies reveal that vitamin C concentrations in the skin are closely linked to blood (plasma) levels, and can be enhanced by increasing fruit consumption. This research, involving 20 healthy individuals from New Zealand and Germany, demonstrated that eating two kiwifruits rich in vitamin C daily boosts plasma levels, elevates the vitamin content in the skin, enhances skin thickness (collagen production), and supports the regeneration of the skin’s outer layer.



Vitamin C (ascorbate) is found in all parts of the skin. Puller et al. conducted an extensive study to correlate plasma and skin ascorbic acid levels, emphasizing key skin compartments. Image credit: Pullar et al., doi: 10.1016/j.jid.2025.10.587.

“The strength of the link between skin thickness and vitamin C intake is striking,” remarked Professor Margriet Vissers from the University of Otago.

“We were taken aback by the significant correlation between plasma and skin vitamin C levels, which was notably stronger than that in other organs we examined.”

“For the first time, we have shown that circulating vitamin C penetrates all skin layers and correlates with enhanced skin function.”

“I’m incredibly proud of my team’s work and thrilled by the insights from our findings.”

The results imply that true beauty emanates from within, suggesting that vitamin C delivered through the bloodstream effectively supports skin function holistically.

“Vitamin C is essential for collagen synthesis.”

“This understanding has prompted the inclusion of vitamin C in numerous skincare formulations.”

“However, due to its high water solubility, vitamin C is not easily absorbed through the skin’s outer barrier.”

“Our findings indicate that the skin effectively absorbs vitamin C from blood circulation.”

“The uptake into the outer epidermal layers seems to be prioritized.”

The researchers utilized healthy skin samples from patients undergoing elective surgeries to establish the connection between plasma and skin vitamin C levels.

They carried out a pre- and post-dietary vitamin C intervention study involving 12 healthy participants in Christchurch, New Zealand, and Germany.

“Participants were instructed to consume two kiwifruits (equivalent to 250 micrograms of vitamin C) daily for eight weeks,” explained Professor Vissers.

“We collected skin samples before and after the dietary intervention, enabling us to analyze the basal skin layer in Christchurch and the integumentary skin layer alongside skin functionality tests in Germany.”

The researchers assessed skin sample regeneration, including skin thickness, elasticity, UV protection, and epidermal cell regeneration via ultrasound, to provide a comprehensive understanding of skin function.

“A significant finding was that participants’ skin thickness levels showed a notable increase, indicating enhanced collagen production and epidermal cell regeneration, essentially reflecting skin regeneration,” stated Professor Vissers.

Scientists propose that boosting dietary vitamin C intake can enrich all regions of your skin.

“It’s crucial to maintain optimal plasma levels, and we know that healthy individuals can easily reach these levels with approximately 250mg of vitamin C daily,” commented Professor Vissers.

“Nonetheless, vitamins are not stored by the body. Therefore, a healthy habit is to consume at least five servings of fruits and vegetables daily, including foods high in vitamin C.”

Refer to the study published on October 28, 2025, in the Journal of Research Dermatology.

_____

Juliet M. Puller et al. Dietary intake of kiwifruit, a high vitamin C food, improves vitamin C levels and skin function in human skin. Journal of Research Dermatology published online October 28, 2025. doi: 10.1016/j.jid.2025.10.587

Source: www.sci.news

Nexperia Halts Chip Supply to China Amid Global Automotive Production Concerns

Nexperia, the automotive semiconductor manufacturer based in the EU and at the heart of the geopolitical tensions, has stopped all supplies to its factories in China, intensifying a trade war that risks shuttering production for automakers globally.

This week, the company communicated with its clients about the suspension of all supplies to its Chinese facility.

In September, the Netherlands utilized national security legislation to take control of the semiconductor maker due to fears that its Chinese owner, Wingtech Technologies, intended to transfer intellectual property to another affiliated company. The Dutch authorities stated: Threatened the future of Europe’s chip production capacity and subsequently dismissed Wingtech Chairman Zhang Xuezheng as CEO.

In retaliation, China ceased exports from all Nexperia factories and warned that this embargo could lead to the closure of production lines at EU car manufacturers within days.

The continuing lockdown jeopardizes the supply chain, as numerous Nexperia products produced in Europe—including wafers used to manufacture chips—were typically sent to factories in China for packaging and distribution.

Nexperia’s interim CEO, Stephen Tilger, stated on Sunday that shipments to its Dongguan factory in Guangdong province have been halted due to a “direct result of local management’s recent failure to comply with agreed contractual payment terms,” according to excerpts first released by Reuters.

Nexperia remains optimistic about resuming shipments and is hoping to de-escalate the situation. A source familiar with the developments indicated that shipments might recommence once contractual payments are made. Additionally, the company will continue sending products to its Malaysian facility, which is smaller than the Chinese one.

Automakers are expressing concerns over potential disruptions caused by shortages of crucial components essential for modern vehicles.

The automotive sector faced severe semiconductor shortages following the coronavirus pandemic, but it was not Nexperia’s lower-cost power control chips that were impacted—it was more advanced chips. The company usually ships over 100 billion items annually, utilized in various applications from airbags and adjustable seating to side mirrors and central locking.

Nissan Motor Co. announced this week that it has sufficient chips to last until early November, while competitor Honda reported halting production at its Mexican facility. Mercedes-Benz described its situation as “manageable” in the short term, yet is exploring alternatives. Volkswagen suggested that its annual profit goals could be compromised without adequate chip supply.

Conversely, Toyota, the world’s largest automaker, informed reporters at an auto show in Tokyo on Friday that it is not experiencing significant supply challenges, even though production might ultimately be affected.

EU trade commissioner Maroš Šefčović aims to initiate further discussions with Chinese officials following meetings in Brussels with both Chinese and EU representatives to address the export ban on Nexperia and restrictions on rare earth minerals supply.

Additionally, on the same day, the bloc’s technical commissioner Hena Virkunen met with Nexperia’s interim leader after discussions with European chip manufacturers Infineon, ST, and NXP the previous day.

Post-meeting, he noted that discussions with Nexperia underscored the EU’s necessity for new tipping laws as three lessons identified from the ongoing crisis: enhanced visibility of chip inventory in the pipeline, the importance of investing in chip supply despite costs, and the need for reserve inventories.

Skip past newsletter promotions

“Diversifying stockpiles and supplies is crucial to our collective resilience,” she stated.

The German Automotive Industry Association (VDA) expressed concern on Thursday that without a swift resolution to the situation at Nexperia, it could lead to “significant production restrictions and even suspensions in the near future.”


Businesses in the UK are likely to be impacted as well. Nexperia manufactures some of its chip wafers at a plant established by Dutch company Philips in Manchester.

Previously, Nexperia owned another factory in south Wales but was blocked by the UK government from completing its acquisition of the Newport wafer factory due to national security concerns, given its ultimate Chinese ownership. Subsequently, US semiconductor firm Vishay Intertechnology acquired the factory in November 2023.

Wingtech has yet to respond to requests for comments.

Source: www.theguardian.com

Study: Cardamom Seed Extract Enhances Production of Antiviral Proteins

Cardamom (Elettaria cardamom) seed extract, notably its primary bioactive element, 1,8-cineole, has been highlighted in recent research for its potential as an antiviral agent by enhancing the production of antiviral proteins known as type I interferons.



Cardamom (Elettaria cardamom) seed. Image credit: Karina Panchenko.

Herbal remedies have long been utilized to address various health conditions, including viral infections.

Medicinal herbs and plants are abundant sources of bioactive substances and have been incorporated into antiviral products by pharmaceutical companies.

These substances interfere with different stages of various viruses’ life cycles and help modulate the body’s immune response to viral threats.

Recent research by Takeshi Kawahara and his team at Shinshu University suggests that cardamom seed extract might possess formidable antiviral properties.

“Even prior to the emergence of the recent coronavirus, we were investigating substances that could help prevent viral infections in daily life,” Dr. Kawahara stated.

“The pandemic has amplified public interest in the antiviral qualities of food, providing us more avenues to pursue this research.”

In earlier investigations, the researchers discovered that cardamom seed extract effectively prevented influenza virus infections.

The latest study involved conducting experiments on human lung cells, specifically A549 cells, treated with cardamom seed extract to simulate viral infection processes and better understand its effects on the production of antiviral molecules.

They found that cardamom seed extract, along with its key bioactive component, 1,8-cineole, activates intracellular nucleic acid sensors that recognize viral DNA and RNA.

These sensors trigger the production of various cytokines, which impact the virus at different phases of infection.

In this instance, treatment with cardamom seed extract or 1,8-cineole resulted in increased production of a specific type of cytokine known as type I interferon, which is crucial for the body’s defense against viral infections, facilitated by the intracellular nucleic acid sensors.

Given these findings, the researchers expressed significant interest in the potential therapeutic applications of their results.

“Traditionally, cardamom has been widely recognized as a medicinal spice, and based on our findings, we aspire to explore its use as an antiviral agent to combat various viral infections,” Dr. Kawahara noted.

“We hope this research sheds new light on the antiviral properties of foods and inspires further exploration of various food components that may aid in preventing viral infections in everyday life.”

These findings were published in the August 2025 issue of Foods.

_____

Abdullah Al Sufian Shuvo et al. 2025. Type I interferon-enhancing effect of cardamom seed extract via intracellular nucleic acid sensor regulation. Foods 14(15):2744; doi: 10.3390/Food14152744

Source: www.sci.news

Jaguar Land Rover Prolongs Production Halt Following Cyber Attack

Jaguar Land Rover has announced a further extension of its car production shutdown as the UK’s largest car manufacturer deals with the repercussions of a cyberattack.

On Tuesday, JLR confirmed it would halt production at least until Wednesday, September 24th, as it continues to investigate the initial breach detected earlier this month.

The company mentioned: “As the forensic investigation into the cyber incident progresses, this decision has been taken. The investigation is proving to be time-intensive, considering the various stages involved in a controlled restart of global operations.”


“We deeply regret the ongoing disruption this incident is causing. We will provide updates as the investigation unfolds.”

Owned by India’s TATA Group, JLR has halted production after learning that hackers had breached their system several weeks ago.

The company revealed that the attack has impacted “some data,” but is unable to disclose specifics about which data was compromised or whether customer or supplier information has been stolen, though they will reach out to impacted individuals.

With production paused at factories in Midland and Merseyside, JLR faces significant financial implications due to the cyberattack. Other production sites globally are also feeling the effects, raising concerns that restoring operations may take weeks.

The shutdown is affecting JLR’s suppliers and retailers, who are operating without access to the databases usually utilized for sourcing spare parts for garages and registered vehicles.

Recently, the Unite Union warned that thousands of workers within the JLR supply chain may face job losses and urged the government to implement a furlough plan to support them.

The impact of the cyberattacks may persist into October, with thousands of JLR production employees instructed to stay home, suggesting that many suppliers might also need to keep their staff off-site.

Skip past newsletter promotions

Due to the shutdown, JLR estimates it has lost the production of 1,000 cars daily, resulting in an estimated loss of £72 million each day.

A group of hackers, believed to be responsible for other serious incidents involving major retailers such as Marks & Spencer, has claimed responsibility for the attacks on JLR. A screenshot purportedly from JLR’s internal IT system was shared on a Telegram channel associated with the hacker groups known as Scattered Spiders, Lapsus$, and Shiny Hunters.

This disruption comes at a time when JLR is already experiencing a downturn in profits, exacerbated by US tariffs and declining sales. The automaker reported a 49% drop in pre-tax profits to £351 million for the three months ending in June, which included a time when they temporarily halted exports to the US.

Last year, the company faced backlash regarding the Jaguar brand, and the launch of its new electric vehicle has been pushed back to next year.

Source: www.theguardian.com

Breakdown of Protein Production May Contribute to Brain Aging

Ribosome (center) responsible for synthesizing protein (red) from mRNA. Dark purple strands illustrate transfer RNAs involved in protein production.

The underlying factors contributing to cellular senescence may have been uncovered, revealing insights into various aging processes at the cellular level.

Studies on the brains of a type of freshwater fish known as Killifish reveal that as these fish age, their internal protein factories begin to malfunction, leading to critical protein classes being synthesized abnormally and creating a damaging feedback loop.

This revelation could pave the path for innovative approaches to addressing cognitive decline in aging; Alessandro Cellerino from the Leibniz Institute on Aging in Germany states, “Our focus is more on enhancing cognitive function and preventing cognitive impairment, rather than merely extending life span.”

Within cells, the templates for protein synthesis are encoded in DNA. When proteins are required, these instructions are transcribed into mRNA molecules.

This mRNA is then processed and transported to ribosomes, the cellular factories responsible for protein assembly. Ribosomes attach to and traverse mRNA strands, interpreting the three-letter codons and translating them into amino acid sequences, ultimately forming proteins.

Typically, a greater quantity of mRNA leads to increased protein synthesis. However, numerous studies indicate that this relationship falters in aging human cells, suggesting that protein output may diminish even if mRNA levels remain unchanged.

Through their investigation of aging ribosomes in the brains of Killifish, Cellerino and his team may have identified the cause of this phenomenon. Employing advanced imaging techniques, the researchers captured dynamic movements of ribosomes on constrained mRNA.

The findings revealed that, as the Killifish brain aged, an unexpected buildup of ribosomes occurred, particularly at codons for the amino acids arginine and lysine, leading to stalled ribosome activity and incomplete protein synthesis.

Arginine and lysine are crucial for numerous biomolecules associated with DNA and RNA, and their charged nature suggests that these stallings could significantly disrupt RNA and DNA-binding proteins.

These protein malfunctions pose a serious issue, as they are integral to crucial cellular processes such as RNA synthesis, splicing, and DNA repair.

“Aging is associated with increased DNA damage, reduced RNA production, decreased splicing efficiency, and diminished protein synthesis,” explains Cellerino. “We propose that this ribosome stalling binds these diverse senescence phenomena together.”

Moreover, Cellerino notes that ribosomes themselves harbor RNA-binding proteins, creating a detrimental cycle of stalling that further reduces ribosome availability and, accordingly, protein production.

The pressing question remains whether ribosomal stalling is also present in the human brain. Recent work by Jean Yeo at UC San Diego indicates that RNA-binding proteins diminish in aging human neurons, echoing Cellerino’s findings, although the underlying causes are still uncertain. “This change in RNA-binding proteins could explain their declining levels,” Yeo states.

If these observations hold true for humans, it could herald new strategies for treating age-associated cognitive disorders. Additionally, in Killifish, ribosomal stalling triggers stress signals that instigate inflammatory responses. “The persistent activation of this pathway leads to chronic inflammation,” warns Cellerino. “Chronic inflammation is a significant factor in brain aging.”

Experimental drugs that may mitigate this condition by blocking the associated signaling pathways are on the horizon, according to Cellerino.

“However, it is premature to draw definitive conclusions regarding their potential impact on longevity,” he cautions. This uncertainty arises from the lack of understanding regarding the initiation of ribosomal stalling at specific amino acids, as well as whether the same stalling mechanism exists across all organs.

topic:

Source: www.newscientist.com

Rise of the Drone Era: Enhancing Production and Uplifting Morale in Agri-Tech | Agriculture

“The inspiration originated from Instagram videos,” remarks Tom Amery. It provides a stunning view of one of three large drones acquired to aid in cultivating watercress on a farm in Hampshire.

This drone is equipped with four rotary blades and can transport up to 50kg of fertilizer, seeds, or feed for spraying, thanks to extensive research conducted by Amelie, who frequently utilizes various social media platforms focused on agricultural technology.

Amery and The Watercress Company, led by managing directors, are among the food producers striving to integrate advanced technology into one of the oldest professions to accelerate processes and increase output amid extreme weather challenges. This critical issue has drawn government attention, resulting in the inclusion of Agri-Tech in its industrial strategy earlier this month.

The firm allocated £80,000 for an Agras T50 drone, produced by the Chinese manufacturer DJI and specifically designed for agricultural use.

Applying potash or phosphates using a drone is “two to three times quicker than manual application,” notes Amery. This facilitates more precise application, thereby minimizing the quantity of fertilizer needed. The produce is packaged in a 25m bag of salad sold annually through the UK’s largest supermarket.

Despite ongoing discussions about the potential for machines to replace human labor in agriculture, Amelie believes that such investments elevate morale. “It’s about retaining staff by alleviating job hardships,” he states. “We offer higher wages. With increased salaries, retention rates improve.”

Though drones are already in use on farms in North and South America, their presence remains relatively novel in the UK. Currently, The Watercress Company’s drones await necessary permissions from the Civil Aviation Authority, the aviation regulatory body.

Amelie hopes that soon, hoppers will be fitted with the essential equipment to cover the growers’ 20 hectares across 12 farms in Hampshire and Dorset. Flight paths for each field can be pre-set, and 20-year-old George Matthews has been trained and licensed to operate the drone.

The Watercress Company continues to follow traditional growing methods that date back to the Victorian era. Although innovative, it remains focused on providing for those in urban areas, where watercress first gained popularity due to its nutritional value.

Currently, crops are cultivated in watercress beds fed by natural streams in use since the 1880s, while bespoke harvesters are deployed to cut the leaves between May and October.

crops. Photo: Joanna Partridge/The Guardian

Growers are also experimenting with multispectral cameras, which capture images across various wavelengths. These images generate a “heatmap” of the fields, which AI can analyze to identify crop issues.

The Watercress Company is driving the type of innovation that the National Farmers’ Union (NFU) aims to promote across more UK farms, striving for efficiency and sustainability.

Nevertheless, many farmers are feeling financial constraints, as the NFU observes that few possess the funds or confidence to invest in new, potentially untested technologies.

This progress is essential for enhancing productivity in agriculture, with the NFU warning that, without it, the UK risks lagging behind international competitors.

“We are eager to see future developments,” stated Tom Bradshaw, president of NFU. “Evidence from some European neighbors highlights that we’re behind in certain areas and less productive overall.”

Within the industrial strategy, Agri-Tech, alongside precision breeding, is designated a focus area in the growth sector plan, which the NFU believes will help make agriculture “more productive, sustainable, and resilient.”

Skip past newsletter promotions

The government has earmarked £200 million for its agricultural innovation program until 2030, with the Ministry of Environment, Food and Rural Affairs (DEFRA) promising “targeted funding to foster agricultural innovation.”

“The push for innovation and growth in agri-tech is advantageous for the nation,” remarks Agriculture Minister Daniel Zechner. “Not only can we create jobs and enhance economic resilience, but we can also fortify food security and increase farmers’ and growers’ benefits through innovation.”

However, this announcement comes just days after the government cut the UK’s agricultural budget by £100 million annually. This reduction translates to a 2.7% decrease in DEFRA’s daily budget, a move that has been cautiously received by the NFU and agricultural organizations.

Back in Hampshire, the Watercress Company remains skeptical about benefiting from the funds allocated to its agricultural innovation program.

“Much of this funding is driven by high innovation levels but often fails to reach the farm gates or enhance production and productivity,” remarks Amery.

“It involves a significant investment in technology that hasn’t yet proven to yield results.”

The crop is harvested by the Watercress Company in Dorset. Photo: Finnbarr Webster/Getty

To date, growers have been bearing nearly all costs associated with innovation. They successfully obtained £20,000 in funding from the government’s shared prosperity fund through local councils, which accounts for about a quarter of their drone investment.

Nonetheless, Amery noted that the business rarely accesses funding avenues like R&D tax credits, available only to companies subject to corporate tax. Partnerships like the Watercress Company and many other agricultural entities don’t pay corporate tax and thus aren’t eligible.

This challenge hasn’t deterred growers from pursuing the latest advancements to enhance their crops. “Innovation typically stems from a desire to tackle challenges,” states Amery. “We generally experience a major innovation every five to ten years. This one is transformative.”

Source: www.theguardian.com

Pollinator Sounds Inspire Plants to Boost Nectar Production, Study Finds

Visitors to flowers, including pollinators, generate distinct sounds through the movement of their wings during flight. These sounds play a significant role in fitness, providing crucial information to flowering plants and potentially influencing resource distribution while attracting pollinators. Recent research conducted by Professor Francesca Barbero from the University of Turin and her team examined the acoustic characteristics of the sounds made by various flight visitors, focusing on the Snapdragon (Anti-Ruhinam sp.) flowers in their natural habitat. Their findings indicate that behaviors such as hovering, landing, and takeoff yield unique acoustic signatures. Moreover, plants exhibit responses to vibroacoustic stimuli from these pollinators, hinting at possible adaptive reactions.

Recording devices, models of Anti-Ruhinam plants, and an approaching Rhodanthidium staticum bee. Image credit: A lively lab.

When pollinators visit flowers, they generate various distinct sounds, ranging from the flapping of wings while hovering to the sounds of landing and taking off.

Nonetheless, these sounds are relatively subtle compared to other vibrations and acoustics present in insect life, leading researchers to overlook the acoustic signals linked to wing and body movements in these insects.

Professor Barbero and her collaborators have investigated these signals, creating a non-invasive and effective approach to monitor impacts on pollinator communities as well as plant biology and ecology.

“The coevolution between plants and their pollinators has largely been explored through visual and olfactory cues, despite emerging evidence that both insects and plants are capable of sensing, producing, or transmitting vibroacoustic signals,” Professor Barbero stated.

The study’s authors played recordings of lively sounds produced by Spotted red resin honeybee (Rhodanthidium staticum) near growing snapdragons to monitor the flowers’ responses.

They discovered that the sounds of these efficient pollinators led snapdragons to enhance sugar and nectar production, even prompting changes in gene expression related to sugar transport and nectar formation.

These plant responses could serve as survival strategies and coevolutionary tactics, particularly as they can influence how long pollinators linger and their overall fidelity.

“The ability to recognize approaching pollinators through unique vibroacoustic signals may represent an adaptive strategy for plants,” Professor Barbero added.

“By responding to suitable vibroacoustic cues (like those from effective pollinators), plants can bolster reproductive success by encouraging favorable pollinator behavior.”

While it’s evident that lively sounds can elicit plant responses, it’s yet undetermined if plant acoustics can also influence insect behavior.

“If insect reactions to these responses are confirmed, we could harness sound to enhance economically significant plants and crops and increase their appeal to pollinators,” Professor Barbero mentioned.

The research team is continuously analyzing and comparing snapdragon reactions to various pollinators and nectar robbers.

“The myriad ways plants can discern biological factors, including beneficial and harmful insects, neighboring plants, and abiotic signals like temperature, drought, and wind, are genuinely remarkable,” Professor Barbero remarked.

The researchers shared their survey findings on May 21st at the joint 188th and 25th Acoustic Conference of the American Acoustic Association (ASAICA25).

____

Francesca Barbero et al. 2025. Vibroacoustic signals produced by flower visitors and their role in plant interactions. asaica25 Presentation #3AAB1

Source: www.sci.news

Trump: “Minor Issue” with Tim Cook Over Apple’s Production in India

Donald Trump has expressed concerns to Apple and its executives regarding a plan that encourages high-tech companies to relocate cell phone manufacturing from India back to the US.

The US President mentioned a “minor issue” with Tim Cook from Apple after reports surfaced indicating that the company is considering shifting mobile phone assembly operations from China to India targeting the US market.

“I encountered a small issue with Tim Cook yesterday,” Trump stated while in Qatar on Thursday. He referred to Apple’s recent commitment of investing $500 million (£37.5 billion) in the US, adding:

The intricate manufacturing process of the iPhone involves over 1,000 components sourced globally, mainly assembled in China. Although Apple keeps its production details under wraps, analysts suggest that approximately 90% of iPhones are assembled domestically.

Nevertheless, rising trade tensions between Washington and Beijing have reportedly led to increased production in India.

“I told Tim… we have supported you well, and we’ve tolerated all the facilities you’ve established in China for years, and now we expect you to build [for] us. We said, “We are not interested in you building in India. India can manage on its own… We want you to construct here.”

Trump also mentioned that Apple would “aid in enhancing production in the US,” but he did not elaborate further on this claim.

Currently, no iPhones are manufactured in the US, and experts have cautioned that relocating assembly of Apple’s best-selling products to the home country may be impractical and costly. US financial firm Wedbush Securities predicts that iPhone expenses would rise if production moves to the US.

Apple has been approached for comments.

Additionally, the US President noted on Thursday that India had extended a trade agreement offering “no tariffs” on American goods.

New Delhi aims to finalize its trade deal with the US amidst a 90-day suspension that Trump announced on April 9th concerning a tariff increase for its trading partners.

Skip past newsletter promotions

“Selling in India is quite challenging. They essentially offer a deal where they do not impose any customs duties on us,” Trump remarked.

Over the years, India’s Prime Minister Narendra Modi has been positioning his country as a hub for smartphone manufacturing.

In March, Apple’s primary Indian suppliers, Foxconn and Tata, exported a record high of nearly $20 billion worth of iPhones to the US to avoid Trump’s imminent tariffs.

Reuters contributed to this report.

Source: www.theguardian.com

India is Paving the Way for Solar Panel Production for Itself and the World.

China, a leader in clean energy innovation, is encountering competition right next door. One of its key clients is none other than India.

India, a significant purchaser of solar panels and electric vehicle batteries from China, is leveraging substantial government incentives to produce greener technology domestically. The country is motivated not only by the soaring energy needs of its 1.4 billion population but also by the desire to diversify away from US dependency, particularly toward nations aiming to resist China’s influence.

Despite its ambitions, India is still a relatively minor and latecomer to the scene. In the past year, India manufactured about 80 gigawatts of solar modules, while China produced over ten times that amount. The nation remains heavily reliant on coal, the most polluting fossil fuel, which constitutes its primary energy source, with plans to increase coal mining for further production.

Nevertheless, India is proactively looking to take advantage of the global shift towards renewable energy and the pushback against China’s dominance in new energy technologies.

The Indian government is providing attractive subsidies for domestic solar cells and battery manufacturing, imposing restrictions on foreign products linked to the largest renewable energy initiatives, all aimed at igniting a boom in clean energy production. For instance, by the end of the decade, companies will be required to manufacture panels locally in order to qualify for government contracts for rooftop solar installations covering 27 million households.

New Delhi has multiple objectives—social, economic, and geopolitical. With China as a formidable competitor, having previously clashed over border disputes, India’s drive to establish factories for solar energy, wind, and electric vehicles is partly motivated by the need for a secure energy supply chain. Simultaneously, India aims to generate well-paying manufacturing jobs.

However, India faces a common conundrum shared by many nations: whether to procure renewable energy technology inexpensively from China or to invest more in domestic production.

“From a strategic standpoint, manufacturing capabilities are essential to ensure energy independence,” remarked Sudeep Jain, additional secretary of India’s Ministry of New and Renewable Energy. “Currently, cost is a major factor.”

Source: www.nytimes.com

If Apple Halts Production in China, Its Value Could plummet by 50%

Several years prior to Donald J. Trump’s entry into politics, Apple, together with its partners, established extensive factories throughout China to assemble the iPhone. Trump’s presidential campaign began by promising his supporters that he would compel Apple to manufacture those products domestically.

Nearly a decade later, the situation has changed little. Rather than shifting manufacturing back home, Apple has transferred production from China to India, Vietnam, and Thailand, with approximately 80% of iPhones still being made in China.

Despite enduring pressure over the years, Apple’s business remains heavily reliant on China, making it impossible for the tech giant to operate without it. After actions taken by the Trump administration, the risks associated with Apple’s operations have prompted concerns for the world’s most valuable publicly traded companies. Significant efforts to relocate Apple’s production to the US would require immense collaboration between the company and the federal government.

Just four days after President Trump announced tariffs on 145% of Chinese exports last month, Apple saw a decline of $770 billion in its market capitalization. The company recouped some of these losses after the President granted a temporary reprieve to Chinese appliance manufacturers.

On Thursday, Wall Street analysts are anticipating a 4% increase in Apple’s most recent quarterly report. This surge comes as consumers rushed to purchase iPhones before the tariffs took effect. The report will provide an opportunity for analysts to question Apple CEO Tim Cook regarding future tariffs, price hikes, and potential risks in both China and the US.

An Apple representative declined to provide executives for interviews for this article. The company announced plans to invest $500 billion in the US over the next four years and will commence manufacturing artificial intelligence servers in Houston by 2026.

“The scrutiny is warranted as they are most at risk from a complete breakdown between the US and China,” stated David Yoffie, a Harvard Business School professor who has authored a case study on Apple.

Gene Munster, managing partner at Deepwater Asset Management, which invests in emerging technology firms, estimates that a total breakdown in relations between the US and China could diminish Apple’s value by more than half. Even if a third of sales moves production to alternate countries, a significant portion of that revenue still relies on products manufactured in China, potentially reducing a $3.2 trillion company to a $1.6 trillion entity. Additionally, if Apple loses sales to Chinese consumers, similar to rival Samsung during the South Korea-China conflict, the value could plummet to $1.2 trillion, especially considering that Beijing has already discouraged government officials from purchasing iPhones.

A substantial decrease in Apple’s value would create significant ripples throughout the stock market, as the company accounts for around 6% of the S&P 500 index. This implies that for every dollar invested in the fund, approximately six cents would be allocated to Apple stocks, leading to a potential halving of returns for investors and the majority of 401(k) holders.

Apple’s connections within China run deep. Decades ago, the company collaborated with Beijing to establish manufacturing operations in China without needing to create a joint venture with local firms, a requirement faced by many US companies. This groundwork allowed Apple to assemble devices affordably in China and sell to the rising middle class, resulting in over 80% of global smartphone profits and generating $67 billion in annual sales in the region.

Over time, Apple’s relationships with China have only strengthened. Today, not only are most iPhones manufactured in China, but Chinese suppliers also produce components for devices made in India and create parts and AirPods in Vietnam.

Apple’s dependence on China has transformed the supply chain into a Rorschach test for the Trump administration. Apple wields more power than any other technology company and achieves its management objectives effectively. The company produces more smartphones than anyone else, invests heavily in components, and significantly impacts the operational landscape of its suppliers.

The Trump administration is hopeful that Apple will initiate a shift. During an interview in April, Commerce Secretary Howard Lutnick remarked, “A workforce of millions is assembling the screws that make iPhones — similar operations will come to America.”

However, pressure on Apple to exit China may prove counterproductive. New tariffs could compel Apple to increase iPhone prices or diminish its smartphone profits. Samsung’s devices, manufactured in Vietnam and exempt from Chinese tariffs, could become cheaper as a result. This could lead to reduced competition in the domestic market, a scenario that Trump is reluctant to embrace.

Apple has resisted the notion of manufacturing iPhones and other devices in the US, as its operations team concluded it would be unfeasible, according to two individuals familiar with the discussions who spoke on condition of anonymity. Ten years ago, finding dependable workers to procure screws and assemble Mac computers in Texas proved challenging.

In China, Apple’s suppliers can recruit around 200,000 workers, who operate in factories monitored by thousands of engineers with extensive manufacturing experience. Many reside in dormitories close to iPhone factories, where components move along the assembly line spanning distances longer than a soccer field.

Wayne Lam, an analyst from TechInsights, states that many employees and seasoned engineers have found it nearly impossible to replicate this in most American cities. He asserts that Apple must develop more automated processes using robotics to compensate for the lower population in the US.

Lam estimates that if Apple were to establish operations in the US, it may have to charge around $2,000 for an iPhone (currently about $1,000) to sustain its existing profit margins. Prices could fall to $1,500 in the future as the company mitigates employee training costs and component production expenses.

“In the short term, it’s not economically viable,” Lam remarked. He also noted that shifting device production back home after nearly 20 years would seem impractical and may complicate the introduction of new products to consumers.

Apple has demonstrated a willingness to adjust its supply chain when adequately incentivized. In 2017, the company began the process of manufacturing an iPhone in India due to elevated import taxes that would inflate prices, hindering their ability to capture market share in the world’s fastest-growing smartphone sector.

Currently, Apple sells approximately 20% of its iPhones globally in India and also produces several components, including metal frames there. However, they still depend on Chinese manufacturers for assembling displays and other intricate parts.

Matthew Moore, a former manufacturing design manager at Apple, emphasized that India offers an advantage the US lacks: “engineers are plentiful everywhere.”

Moore argues that in order to attract Apple and other electronics firms to the United States, the Trump administration must invest in education for science, technology, engineering, and math degrees. Additionally, he believes that there should be incentives for loans towards new manufacturing facilities and affordable housing through Fannie Mae and Freddie Mac.

Last month, Apple temporarily benefitted from a delay. Cook, who has personally donated $1 million to Trump’s inauguration, lobbied the administration for the exemption that spared iPhones and other electronic devices from the 145% tax on Chinese imports. However, this reprieve is temporary, as the administration plans to implement more targeted tariffs on high-tech products.

Without governmental investment, Apple and smaller manufacturers will continue their production in China, as they possess the surplus equipment and engineering staff necessary, according to Moore.

“I don’t believe the ship has sailed; however, it is unrealistic to expect them to manufacture an iPhone here,” Moore commented. “This will require a decade.”

Source: www.nytimes.com

Trump signs order to increase coal production in the United States.

President Donald Trump recently signed an executive order aimed at bolstering the declining coal industry in the country and imposing stricter regulations on coal mining, leasing, and export. The White House stated that this move is intended to address the energy demands of artificial intelligence data centers.

This action by the Trump administration is at odds with global efforts to reduce coal-fired electricity generation and curb harmful greenhouse gas emissions associated with climate change.

During the signing of the order, Trump emphasized the importance of coal, referring to it as “beautiful, clean coal.”

Coal is widely regarded as one of the dirtiest fossil fuels and a significant contributor to greenhouse gas emissions. The burning of fossil fuels like coal releases carbon dioxide and other greenhouse gases into the atmosphere, exacerbating global warming.

In addition to reopening certain coal plants and allowing coal leases on public land, the executive order instructs federal agencies to explore how coal-fired power plants can meet the increasing energy needs of artificial intelligence.


Workers at the John E. Amos power plant, which is a coal burning of American power fuel, in Winfield, W.Va., stand in the coal mine in 2018.Luke Sharrett/Bloomberg via Getty Images file

Recent government actions have rolled back environmental regulations, targeting pollution and emissions from power plants operated by oil and gas companies.

Over the past decade, the coal industry in the US has seen a decline, with coal contributing only about 16% of domestic electricity in 2023, down from 45% in 2010. The growing use of renewable energy sources such as solar and wind has also played a role in reducing the country’s reliance on coal.

Efforts to revive the coal industry run counter to the preferences of most Americans, with two-thirds supporting a transition away from fossil fuels like coal by 2050, according to a recent poll by Yale University.

Burning coal for electricity generation is not only environmentally harmful but also costlier than cleaner energy sources. According to estimates, coal-generated electricity can cost Americans three to four times more than wind or solar power.

Critics of Trump’s executive order, including former EPA administrator Gina McCarthy, argue that it will worsen climate change and harm public health. They advocate for a shift towards cleaner and safer energy alternatives.

As the demand for energy from artificial intelligence increases, there is a growing need for new energy resources. However, meeting this demand is expected to strain existing energy systems, prompting calls for increased investments to stay competitive internationally.

Goldman Sachs projects a 165% rise in global electricity demand over the next five years due to the expansion of AI data centers.

Source: www.nbcnews.com

Donald Trump alleges Tesla boycott is “illegal”, plans to purchase company in support of mask production

Donald Trump announced that he was purchasing a “brand new Tesla” and placed blame on the “radical left-handed man” who he claimed was orchestrating an “illegal” boycott. This announcement followed a significant drop in Tesla’s stock price, the worst in nearly five years.

During a press conference, President Trump also declared his intention to classify the violence against Tesla showrooms as domestic terrorism, responding to a reporter’s suggestion that such actions should be labeled as such.

He mentioned that he had spoken with Elon Musk and his son on his White House driveway, with a selection of Tesla cars parked for his choosing. Trump ultimately opted for a red Model S, praising Musk’s contributions to the country.

Trump went on to accuse the “radical left madman” of attempting to illegally boycott Tesla and harm the American automaker, posting his remarks on True Social and affirming his commitment to stopping the damaging boycott efforts.

Despite claims of the boycott being illegal, the Supreme Court ruling from 1972 protects the right of Americans to peacefully protest against private companies, challenging Trump’s stance on the matter.

Tesla’s stock has seen significant declines amid protests and threats linked to Trump’s tariff plans. The TeslaTakeown Group, organizing anti-Tesla protests, insists on their right to peaceful demonstrations outside Tesla showrooms.

Reports indicate a sharp drop in Musk’s net worth over the past year, impacting Tesla’s profits. Tesla board members, including Musk’s brother, have sold off millions in stocks, while Tesla car sales have also declined.

The boycott against Tesla emerged in response to Musk’s controversial “Doge” initiative and concerns over lack of transparency in federal spending. Polls suggest mixed public sentiment towards Musk’s influence and actions.

Source: www.theguardian.com

First successful production of Kangaroo embryos via in vitro fertilization (IVF)

It’s a major scientific leap – or at least the hop.

Australian researchers said Thursday it was the first time it produced the first kangaroo embryos through intravitro fertilization, a breakthrough that helped save endangered species from extinction.

Australia is not a shortage of kangaroos – bouncing creatures are generally eaten there – but they are from a group of mammalian marsupials that have been mostly discovered in the country and have lost many species due to extinction.

Prime Minister Andres Gambini, a lecturer at the University of Queensland, said that using kangaroo eggs and sperm by researchers could help support the conservation of these marsupials.

“Our team has built up years of experience dealing with livestock reproductive techniques, such as livestock and horses,” Gambini told NBC News via email. “Adapting these techniques to the unique biology of kangaroos allowed us to create embryos in our lab for the first time.”

This study will help scientists learn more about how marsupial embryos grow because they breed differently than other mammals.

“Kangaroos have a very short pregnancy and embryos can enter suspended animations for several months,” Gambini said. “Our success at IVF helps us to better understand the early stages of these developments.”

Australia is one of the world’s most biological countries, but has the highest rate of mammal extinction. Australia’s Invasive Species Council says that since the European settlement, at least 33 mammal species have been extinct, with many of their marsupials extinct.

Due to its historically high extinction rate, the Australian government announced its 10 years in 2022. “Zero Extinction” plan To protect those under threat, we reserve at least 30% of the country’s land mass for conservation.

“If we continue to do what we do, more plants and animals will be extinct,” Australia’s Environment Minister Tanya Privelesek said in the report. “Even koalas are currently at risk on Australia’s east coast.”

Currently, according to 2023, more than 2,200 species in the country are classified as extinct. Report Australian nonprofit foundation.

“Laws intended to protect the nature of Australia have failed,” the report states, with the major conservation policies in countries that existed “are barely monitored and rarely enforced, and businesses are able to naturally qualify. It’s full of loopholes that allow you to destroy it.”

Kangaroos are not at risk, but researchers at the University of Queensland have said that their latest breakthroughs include koalas, Tasmanian demons and other endangered species on the continent, including the hairy nose wombats in the north I hope it will help maintain marsupial species.

“This study provides new tools to maintain the genetic material of endangered species,” Gambini said. “By creating and freezing embryos, we can protect the unique genes of these animals.”

This is not the first time IVF has been used as a tool to preserve endangered species.

Last year, Italian scientists achieved the world’s first IVF rhino pregnancy, offering hope to save Kenya’s northern white rhinoceros – two of which remain on Earth from extinction. They did so by transferring lab-created rhinoembryos to surrogate mothers.

Still, Gambini said the latest IVF breakthrough is just one step on the long road to a more comprehensive solution.

“There’s a lot of unknowns because we’re the first and there’s still so much to discover,” he says, and when combined with other strategies, “make a real difference in some kind of risky kind of thing.” “You can do that.”

Source: www.nbcnews.com

Physicists at CERN investigate potential Lorentz symmetry violations in top quark pair production

A physicist in charge of CERN’s large -scale Hadronco Rider has tested whether top queks follow Albert Einstein’s special theory.

Installation of CMS beam pipe. Image credit: CERN / CMS collaboration.

In addition to quantum mechanics, Albert Einstein’s special relativity is functioning as the basis of the standard model of particle physics.

In that mind, there is a concept called Lorentz symmetry. The experimental results do not depend on the direction or speed of the experiment in which they were taken.

Special relativity has endured the trials of time. However, some theories, including specific models in string rationale, predict that very high energy does not work with special relativity and experimental observation depends on the direction of space -time experiments.

Lorentz’s remnants of the symmetry destruction can be observed with low -energy, such as the energy of a large hoodron co -rider (LHC), but has not been found on LHC or other colliders despite previous efforts.

In a new study, CMS physicists have searched for Lorentz symmetry on LHC using the top quark pair, the most known basic particles.

“In this case, relying on the direction of the experiment means that the speed at which the top quark pair is generated by the LHC collision in the LHC is different over time,” they said.

“To be more accurate, the average direction of the top quark generated in the center of the LHC proton beam and the center of the CMS experiment also changes because the earth rotates around the axis.”

“As a result, and if there is a priority in space -time, the production rate of the highest pair varies by era.”

“Therefore, finding a deviation from a certain speed will discover the direction of space -time priority.”

The new results of the team based on the LHC’s second execution data consistent with a certain speed. In other words, Lorentz’s symmetry is not broken, and Einstein’s special relativity remains effective.

Researchers have used results to limit the size of the parameters that are predicted to be null when symmetry is maintained.

The obtained restrictions have improved up to 100 times with the previous search results, which were destroyed by Lorentz symmetry in the previous Tevatron accelerator.

“The results will open a way to search for the future in which Lorentz symmetry will be destroyed based on the top quark data from the third run of LHC,” said scientists.

“Open the door to scrutinization of processes including other heavy particles that can only be investigated on LHC, such as Higgs Boson, W and Z Bosons.”

study Published in the October 2024 issue of the journal Physics B.

______

CMS collaboration. 2024. Use the Dilepton Event in the 13 TEV Proton Proton collision to search for Lorentz invaluity in the production of top quark pairs. Physics B 857: 138979; DOI: 10.1016/j.physletb.2024.138979

Source: www.sci.news

AI’s Impact on Business: Accelerating Drug Trials and Enhancing Movie Production

Keir Starmer this week unveiled a 50-point plan to make Britain a world leader in artificial intelligence and boost the economy by up to £47bn a year over 10 years. This multi-billion pound investment aims to increase AI computing power under public control by 20 times by 2030 and is thought to be a game-changer for businesses and public organizations. Reactions to this announcement have been mixed, as it is by no means clear whether the much-touted potential of AI will translate into the level of economic benefits predicted. While many fear the technology will lead to widespread layoffs, proposals to make it easy for AI companies to data mine artwork for free will boost the value and growth of the creative industries. Some are concerned about destruction.

Despite these concerns, for many in the business world, the AI revolution has already arrived and is transforming industries. So how are you deploying technology to improve productivity, and where do you hope to see further benefits in the future?


Airlines are increasingly leveraging AI for the complex logistics of managing large aircraft and thousands of crew members in unpredictable skies. AI is used across Ryanair’s operations to optimize revenue, schedules, and ‘tail allocation’, selecting the best aircraft for each flight. BA also uses this feature at Heathrow to select gates depending on the number of connecting passengers on arriving flights.

EasyJet said it has embedded AI throughout its new Luton control room and that its predictive technology is now improving aircraft inventory levels and redesigning maintenance regimes to proactively avoid breakdowns. Meanwhile, the low-cost carrier’s Jetstream tools help with the brain-tugging task of quickly repositioning crews and aircraft with minimal disruption and maximum efficiency when problems occur. Gwyn Topham


One of the concerns raised about Starmer’s AI expansion plans is that the energy-intensive data centers required to run the program could exceed the UK’s electricity grid capacity. But some argue that the technology could actually accelerate the clean power revolution by solving the problem of how future energy systems will operate.

Power grids must increasingly adapt to real-time fluctuations in thousands of renewable energy sources and consider new technologies such as electric vehicle batteries that can not only draw power from the grid but also re-release it as needed.

Google was one of the early adopters of the digital energy approach. The company’s AI subsidiary, DeepMind, developed neural networks in 2019 to improve the accuracy of power generation predictions for renewable energy power plants. By more accurately forecasting generation and demand, they were able to balance consumption and even sell some of their power back to the grid. Google says this increases the financial value of wind power by 20%.

Meanwhile, in the UK, energy provider Octopus Energy is leveraging the advanced data and machine learning capabilities of the Kraken operating system to help customers access electricity at cheaper and greener times through time-of-use pricing. I’m doing it. Using electricity during off-peak hours often lowers electricity bills by 40%, reducing the need to invest in new fossil fuels and expensive grid expansion projects. Gillian Ambrose

Big pharma and small AI-focused biotech companies are using this technology to accelerate drug development and reduce costs and failure rates. Drug development typically takes at least 10 years, and 90% of drugs that undergo clinical trials on volunteers fail.

AI can help design smarter clinical trials by selecting patients most likely to respond to treatment. According to a recent analysis by Boston Consulting Group, 75 AI-generated drugs have entered clinical trials since 2015, and 67 of them were still in clinical trials last year.

The treatment for a deadly lung disease called idiopathic pulmonary fibrosis is attracting attention as the world’s first fully AI-generating drug, and is currently in late-stage trials. developed By Massachusetts-based Insilico Medicine, Inc. used AI to generate 30,000 novel small molecules and narrowed them down to the six most promising drugs and leading candidates. Meanwhile, AstraZeneca, the UK’s largest pharmaceutical company, said more than 85% of its small molecule drug pipeline is “AI-assisted”.

Ministers are considering opening up NHS databases to private companies so that anonymized patient data can be used to develop new drugs and diagnostic tools. But privacy activists oppose such a move because even anonymized data can be manipulated to identify patients. Julia Cole

(retail)
There has been a lot of talk over the past six months about the rise of AI in operations, as retailers look for ways to increase efficiency amid rising labor costs. For example, Sainsbury’s is using AI-enabled predictive tools to ensure the right amount of product is on the shelves in different stores as part of a £1 billion cost-cutting plan. Marks & Spencer uses AI to help create online product descriptions and advise shoppers on clothing choices based on body shape and style preferences as part of efforts to increase online sales.

Tesco CEO Ken Murphy said AI was already widely used in purchasing decisions, adding that the technology meant that customer interactions would be “truly powered by AI in almost every aspect of the business.” “This is a level that will be strengthened and promoted,” he added. He uses this to analyze data from shoppers’ loyalty cards to provide insights into “shopper interactions”, such as how to save money or take care of your health by buying (or not buying too much) certain products. It suggested it could provide “inspiration and ideas relevant to the family.” Sarah Butler


AI-enhanced efficiencies that automate the simplest tasks for call handlers have the potential to transform productivity and service levels in the public sector. Adolfo Hernandez insists CEO of outsourcing group Capita.

For example, by drawing on past interactions with customers, you no longer have to go beyond old conventions. Behind the scenes, the program can connect council services together, allowing planning applications departments and building services to work together. Or listen in the background to transcribe and summarize your calls to save time taking notes.

Capita has deployed its ‘Agent Suite’ product to two of its clients. early signs, it saysshows a 20% reduction in average call handling time, a 25% reduction in post-call management, and a 15-30% increase in calls resolved on the first interaction. Nils Pratley

Source: www.theguardian.com

Exploring the Production of Higgs Boson Pairs in Proton-Proton Collisions with the CMS Experiment

CMS Collaboration physicists used data from high-energy proton-proton collisions from Experiment 2 at CERN’s Large Hadron Collider (LHC) to released The latest research into the production of Higgs boson pairs, known as De-Higgs, has placed constraints on the rate of their formation.



Event display of candidate events for Higgs pair generation. Image credit: CERN.

According to physicists, Higgs particle pair can be created in two main ways.

The first is called gluon-gluon fusion, in which gluons (particles inside colliding protons) interact to produce the Higgs boson. This process allows scientists to study the interaction between one so-called intermediate state Higgs boson and two final state Higgs bosons.

The second method involves quarks, also inside the colliding protons, which emit two vector bosons. These vector particles interact to form a Higgs particle, allowing the study of the interaction between two Higgs particles and two vector particles.

CMS physicists performed the latest analysis by exploring multiple ways DeHiggs could collapse.

These final states resulted from the decay of Higgs boson pairs into bottom quarks, W particles, tau leptons, and photons.

By combining these searches and analyzing all the data simultaneously using advanced analytics techniques such as boosted decision trees and deep neural networks, the collaboration was able to extract more information than ever before. .

This study allowed the researchers to set an upper bound on the Higgs pair production rate with a 95% confidence level.

The measured limits are now 3.5 times higher than the Standard Model’s prediction for total DeHiggs production and 79 times higher than the Standard Model’s prediction for DeHiggs production by vector boson fusion.

The LHC’s Run 3 data acquisition era is underway, and the amount of data collected by CMS experiments has already doubled, and CMS researchers are making progress in analyzing it.

One of the most exciting prospects for measuring the self-interactions of the Higgs boson is the upcoming High-Luminosity LHC (HL-LHC), scheduled to become operational in 2030.

In this new phase, the accelerator will provide CMS with the highest luminosity ever reached in a collider.

Considering luminosity predictions and systematic uncertainties, scientists estimate that the first evidence of Higgs formation may begin to appear in about half of the HL-LHC data.

“We look forward to further investigating this rare and exciting phenomenon,” they said.

_____

CMS cooperation. 2024. Combined search for non-resonant Higgs boson pair production in proton-proton collisions at √s=13 TeV. CMS-PAS-HIG-20-011

Source: www.sci.news

Rare earth metal-containing minerals on the ocean floor found to be a source of oxygen production, according to scientists

Researchers from the Scottish Institute for Marine Science have discovered that the deep ocean floor of the Pacific Ocean, covered with polymetallic nodules, produces so-called “dark oxygen.”

Polymetallic nodules recovered from the ocean floor in a Northwestern University lab. Image courtesy of Camille Bridgewater/Northwestern University.

Polymetallic nodules – naturally occurring mineral deposits that form on the seafloor – are commonly found in the sediment-covered abyssal plains of oceans around the world.

These consist primarily of iron and manganese oxides, but also contain metals such as cobalt and rare earth elements, which are essential components of many advanced, low-carbon energy technologies.

For the new study, Dr Andrew Sweetman from the Scottish Institute for Marine Science and his colleagues carried out experiments using chambers placed on the seafloor at a depth of around 4,200 metres to measure oxygen levels at multiple sites more than 4,000 kilometres apart in the Clarion-Clipperton Zone in the central Pacific Ocean, where polymetallic nodules are found.

Nearly every experiment showed a steady increase in oxygen levels over the two days.

The researchers conducted additional laboratory analysis and claim that the source of the detected oxygen release is polymetallic nodules.

Based on numerical simulations, they hypothesize that the electrical properties of the nodes are responsible for oxygen production.

While the researchers note that it is difficult to estimate how much oxygen polymetallic nodules produce over a wide area, they suggest that this source of oxygen may support ecosystems on the deep seafloor, which could be affected if these nodules are mined.

“We understand that oxygen was needed for aerobic life to begin on Earth, and Earth's oxygen supply began with photosynthetic organisms,” Dr Sweetman said.

“But we now know that oxygen is produced even in the deep ocean, where there is no light.”

“So I think we need to rethink questions like where did aerobic life begin.”

of result Published in a journal Nature Chemistry.

_____

A.K. Sweetman othersEvidence for dark oxygen production on the deep seafloor. National GeographyPublished online July 22, 2024, doi: 10.1038/s41561-024-01480-8

This article is based on a press release provided by Springer Nature and Northwestern University.

Source: www.sci.news

Europa’s oxygen production is lower than previously believed

Using data from Jupiter aurora distribution experiment (JADE) Instrument equipped NASA spacecraft Junoplanetary scientists calculated that the proportion of oxygen produced on Jupiter's icy moon Europa is significantly lower than in most previous studies.

This diagram shows charged particles from Jupiter impacting Europa's surface, splitting frozen water molecules into oxygen and hydrogen molecules. Scientists believe that some of these newly produced oxygen gas may migrate toward the moon's subsurface ocean, as depicted in the inset image. Image credit: NASA / JPL-Caltech / SWRI / PU.

With an equatorial diameter of 3,100 km (1,940 miles), Europa is the fourth largest of Jupiter's 95 known moons and the smallest of the four Galilean moons.

The moon has an internal liquid ocean and potentially habitable conditions beneath its frozen crust.

Its surface is constantly bombarded with radiation, which breaks down the icy crust into oxygen and hydrogen, most of which is either released from the surface and escapes into space, or remains and forms Europa's atmosphere.

The abundances of these atmospheric gases and ions, and consequently their production rates at the Earth's surface, are inferred primarily from remote sensing observations and are subject to large uncertainties.

“Europa is like an ice ball that slowly loses water in a flowing river,” said Dr. Jamie Zareh, a JADE scientist and researcher at Princeton University.

“However, the flow in this case is a fluid of ionized particles that are swept around Jupiter by Jupiter's unusual magnetic field.”

“When these ionized particles hit Europa, they break up the water ice on the surface molecule by molecule, producing hydrogen and oxygen.”

“In a sense, the entire ice shell is being continuously eroded by the waves of charged particles being launched.”

In the new study, Zarai and colleagues analyzed data from a flyby of Europa conducted by the Juno spacecraft on September 29, 2022. On this flight, the spacecraft flew 353 kilometers (219 miles) above Europa's surface.

They used a JADE instrument to extract abundant amounts of different pickup ions. Pick-up ions are charged particles produced by the destruction of atmospheric neutrals when they collide with high-energy radiation or other particles.

From these data, they calculate that about 12 kg of oxygen is produced every second on Europa's surface.

This is at the lower end of the range of 5 to 1,100 kg per second estimated from previous models.

The results suggest that Europa's surface may have less oxygen than previously thought, meaning that Europa's oceanic habitat is narrower. .

“Flying so close to the Galileo satellite during its long-duration mission allowed us to begin working on a wide range of science, including the unique opportunity to contribute to the study of Europa's habitability,” Juno Principal Investigator said researcher Dr. Scott Bolton. Southwest Research Institute.

“And we're not done yet. More moon approaches and the first exploration of Jupiter's close rings and polar atmosphere are still to come.”

of findings It was published in the magazine natural astronomy.

_____

JR Zarai other. Production of oxygen by dissociation of Europa's water and ice surfaces. Nat Astron, published online March 4, 2024. doi: 10.1038/s41550-024-02206-x

Source: www.sci.news

Apple withdraws plans for multi-billion dollar electric car production

Apple has decided to cancel its plans to develop electric cars, as reported by multiple outlets. The project, known as Project Titan, was a secret endeavor that has utilized significant resources over the past decade. During an internal team meeting on Tuesday, company executives unexpectedly announced layoffs and mentioned that many employees would be reassigned to work on generative artificial intelligence, according to reports.


Apple had invested billions of dollars in developing an electric semi-autonomous car under Project Titan, and the decision to scrap the program represents a significant shift from its previous strategy.

Apple’s CEO Tim Cook had hinted at the company’s car plans in an interview, but did not fully commit to delivering the product as anticipated.

Although Apple never officially confirmed plans for a car, the project sparked speculation in the auto and tech industries. The company even hired executives from major car manufacturers like Lamborghini and Tesla, and acquired a self-driving car startup called Drive.ai in 2019.

Apple did not provide any official statement regarding the termination of the program, leaving many employees who had worked on the project surprised and potentially facing job cuts.

The company’s electric vehicle plans have undergone several changes since their initiation in 2014, facing numerous setbacks in attempts to bring the product to market.

In response to Apple’s decision, Tesla CEO Elon Musk posted a salute and cigarette emoji.

Apple is now focusing more on generative AI projects, reallocating researchers and engineers from the automotive field to special projects within the company.

During a quarterly financial results announcement, Cook hinted at Apple’s increased emphasis on artificial intelligence and the introduction of generative AI capabilities for consumers by the year’s end.

Source: www.theguardian.com

Early Earth conditions could have supported the production of essential life chemicals

Chemical reactions in volcanic pools may have contributed to the birth of life on Earth

Michael S. Nolan/Alamy

One of the most important molecules in living organisms is synthesized from scratch under everyday conditions. The discovery suggests that this chemical formed naturally early in Earth's history and may have played a role in the origin of life.

The substance in question is called pantetheine. It is not a well-known name at the DNA or protein level. However, pantetheine is an important component of a larger molecule called pantetheine. acetyl coenzyme A, A “cofactor” that helps enzymes work.

“Coenzyme A is present in every organism ever sequenced,” he says. Matthew Powner At University College London.

Powner has spent most of his career discovering ways to make biomolecules from simple chemicals in a way that can occur naturally. Over the past decade, he has shown that: aminonitrile can be used to make nucleotide – the building blocks of DNA – and peptide, Short version of protein.

His team has now shown that aminonitrile can be used to make pantetheine in a series of reactions starting with simple chemicals like formaldehyde. This was done in water, often at such dilute concentrations that the reaction mixture appeared like clear water. The team sometimes used heat to speed up their work, but otherwise did not need to intervene once the reaction started.

“We just put everything in one pot. We literally just throw everything in, we don't change anything, we don't do anything, and we have a 60% yield of product,” Powner says.

Acetyl coenzyme A is involved in the synthesis of several biologically important chemicals. Some of the oldest microbial groups use processes involving microorganisms to obtain carbon from the environment.

Importantly, pantetheine is the active portion of the acetyl-coenzyme A molecule. No more than one bit is “essential to its functionality,” Powner says.

This type of cofactor is present in all living organisms.They are described as follows Origin of life and remnants of early evolution.

“Obtaining key organic biological cofactors from scratch,” he says, is impressive, “not to mention one of such centrally important ones.” Zachary Adam from the University of Wisconsin-Madison was not involved in the study.

For Adam, the importance of this research extends beyond pantetheine and acetyl coenzyme A. “They report this particular part of the cofactor, but intermediates have been shown to be important as well,” he says. Other chemicals produced in the process have been shown to aid in the production of other biomolecules. “They're building a network of compounds.”

Many ideas about the origin of life have assumed that a small set of biomolecules formed long before other molecules. For example, the “RNA world” hypothesis states that first life was made solely of RNA, and other chemicals such as proteins and lipids were added after RNA was able to make them. .

Powner is one of several researchers pushing for an alternative scenario in which many important molecules form early and interact from the beginning. “These products can all be products of the same chemical reaction,” he says. Rather than starting with just RNA, or just peptides, “it might be easier to make them all together, so the chemical reactions they perform are integrated from the original state.”

topic:

  • chemistry /
  • origin of life

Source: www.newscientist.com

Using laser light to simulate material production

Researchers at Osaka University have simulated the collision of photons with lasers, potentially paving the way to creating matter from light in the laboratory. This advance in quantum physics has the potential to understand the composition of the universe and discover new physics. (Artist’s concept) Credit: SciTechDaily.com

A team led by researchers from Osaka University and the University of California, San Diego has demonstrated how to use simulations to experimentally create materials from light alone. This could one day help test long-standing theories about the composition of the universe.

One of the most shocking predictions of quantum physics is that matter can be created solely from light (or photons), and in fact, objects known as pulsars have accomplished this feat. Although producing matter directly in this way has not been achieved in the laboratory, it could allow further testing of fundamental quantum physics theories and the fundamental makeup of the universe.

In a recently published study, physical review letterA team led by researchers from Osaka University photon– Collision of photons using only lasers. The simplicity of the setup and ease of implementation at currently available laser intensities make it a promising candidate for experimental implementation in the near future.

Image of a self-organizing photon collider driven by intense laser pulses propagating through a plasma.Credit: Yasuhiko Sentoku

Photon-photon collisions are theorized to be the fundamental means by which matter is created in the universe, resulting from Einstein’s famous equation E=mc2. In fact, researchers have created materials indirectly from light by accelerating metal ions, such as gold, into each other at high speeds. At such high velocities, each ion is surrounded by photons, creating matter and antimatter as they pass each other.

However, it is difficult to generate materials experimentally using laser light alone in modern laboratories, as very high-power lasers are required. The researchers set out to simulate how this feat is accomplished in the lab because it could lead to experimental breakthroughs.

“Our simulations show that when interacting with the laser’s strong electromagnetic field, a dense plasma It can self-assemble to form a photon-photon collider,” explains Dr. Sugimoto, lead author of the study. “This collider contains a population of gamma rays that is 10 times denser than the electron density in the plasma, and whose energy is a million times greater than the energy of the photons in the laser.”

Self-organizing photon collider driven by intense laser pulses. (a) Plasma density, (b) magnetic channel, and (c) angular distribution of emitted photons. Credit: Physical Review Letters

Photon-photon collisions in a collider produce electron-positron pairs, which are accelerated by a plasma electric field generated by a laser. This produces a positron beam.

“This is the first simulation of an accelerated positron from a linear Breit-Wheeler process under relativistic conditions,” said co-author Professor Alefeyev from UCSD. “We feel that our proposal is experimentally feasible and we look forward to real-world implementation,” said Dr. Vyacheslav Lukin, program director at the National Science Foundation, which supported the research. It is stated as follows. “This research shows a potential way to explore the mysteries of the universe in a laboratory setting. The future possibilities for current and future high-power laser facilities have become even more interesting.”

Applying this research to Star Trek’s fictional matter and energy conversion technology remains mere fiction. Nevertheless, this research has the potential to help experimentally confirm theories of the composition of the universe, and may even help discover previously unknown physics.

Reference: “Positron generation and acceleration in a self-organizing photon collider enabled by ultra-intense laser pulses” K. Sugimoto, Y. He, N. Iwata, Illinois. Yeh, K. Tantartalakul, A. Alefyev, Y. Szenk, August 9, 2023. physical review letter.
DOI: 10.1103/PhysRevLett.131.065102

Source: scitechdaily.com

Lisbon startup raises $19 million by streamlining customized goods production

The advent of the Internet, combined with the ability to customize items such as clothing, revolutionized marketing, especially for products, back in the day. We think we’re all familiar with the “March” phenomenon by now, no? Benefiting from this long-term trend are customized product startups focused on small and medium-sized businesses.
visawas able to raise a large funding round even in this relatively flat market in 2023.

Following the $38.6 million (€32 million) Series C that I reported on in 2020, the Lisbon, Portugal-based startup is currently in the process of completing its $18 million ($19.78 million) Series “C2” (not yet fully completed). (not Series D). ) to enter the US market. This round was led by the previous lead investor Indico Capital Partners. This was again joined by fellow Portuguese investors, Iberis Capital and Rinse Capital.

This brings Bizay’s total funding to €72 million (approximately $79 million), but a spokesperson demurred when asked what the company’s current valuation was. However, outside observers are likely to estimate the current valuation to be between $180 million and $220 million.

It’s no surprise at all that customer products continue to perform well. Companies love to push out branded products, and advances in technology have made it easier and easier for markets to serve them. As of 2022, the global custom apparel market size (clothing only) is valued at over $48 billion. Be expected It is expected to grow to reach $70 billion by 2028. Even just a customized T-shirt. projected It is expected to be worth more than $3 billion by 2025.

According to Bizay, the company’s “special sauce” is its supply chain system for product customization, which combines merchandising, packaging, apparel, and a wide range of product customizations, allowing it to significantly reduce costs and deliver products They say they have succeeded in increasing the number of categories. Right down to a customized company bird watch if you wish.

Bizay co-founder Jose Salgado said by phone: It’s a way for them to express themselves.

And Salgado said if, for example, the Texas Broncos want 50,000 customized T-shirts, the company is “investing a lot of effort.”

“We can be competitive not only for small quantities, but also for medium and large quantities. We have done extensive work in research and development and have understood how to scale up. It’s about these huge setup costs. It’s about allowing suppliers to produce multiple orders at the same time within the same operation. This results in significant cost savings.”

He noted that the company has “no factories, no machinery, no inventory,” but instead enables a fairly complex value chain to deliver its products. We choose the best suppliers. So the supply chain has been optimized to a very large extent,” he told me.

It’s clear that there are opportunities for e-commerce not just for small and medium-sized businesses.

Also, part of what’s happening in the world is the explosion of the creative economy. For example, influencers are connecting their various social platforms to customized product platforms to make insane amounts of money.

Early this year, #Make and buy TikTok With over 71 billion hashtag views, it’s clear that influencer marketing is alive and well.

In fact, fans of Sheffield band ‘Bring Me The Horizon’ can buy one. Personalized BMTH T-shirt Simply connect your Spotify account or email to the band’s product website.

Of course, Bizay often competes with a number of print-on-demand shops, from Printful to Printify to Gelato to Gooten to Art of Where. The question is how to differentiate between these countless players.

Salgado disputes that these companies focus on a single technology, saying that many of them are vertically integrated and therefore rely on in-house production. . and independent of quantity and requirements,” he said.

Stephane Morais, Managing General Partner at Indico Capital Partners, added in a statement accompanying the financing: . We believe this can be replicated in the US market and will once again support the team in executing that expansion.”

So much for company customized goods, we all know that getting goods from a bankrupt company is schadenfreude, and that’s often the more glamorous part of this world.

With the collapse of brands like Silicon Valley Bank, phrases like “SVB goods” have reached the peak in search trends and eBay sellers List up a $1,000 SVB-branded blanket and a $249 wine and cheese board with the SVB logo.

Perhaps Bisray’s Series D will result in it scooping up all of the failing intellectual property of failed companies and launching its own store of “memorabilia of failure.”

Source: techcrunch.com

A16z-funded Apex Space inaugurates new facility to increase satellite bus production

when apex space The company, which came out of stealth last October, had the provocative goal of eliminating “new bottlenecks” plaguing the space industry by building satellite buses at scale.

To get there, Apex announced today that it will open a new headquarters and production facility in California and eventually scale up to manufacture 50 satellite platforms per year. Apex CEO Ian Cinnamon said in a statement that the new 46,000-square-foot facility is “vital to meeting customer demand.”

“Our customers want spacecraft with short lead times, and Factory One delivers that,” he said.

Apex wants to disrupt one of the most entrenched parts of the space industry. Satellite buses are generally made to order, which means their costs are very high and delivery times are very long. However, major changes in the industry, such as the reduction in the cost of mass launches into space, have opened up a whole new group of customers looking to send payloads into orbit.

The company plans to initially offer three satellite bus classes. One is a smaller 100 kilogram bus called Aries, which can support a payload of up to 100 kilograms. The motorcoach, called Nova, can accommodate a payload of up to 230 kg. The even larger bus “Comet” can carry up to 500 kilograms. Apex plans to fly the first Aries on SpaceX’s Transporter 10 rideshare mission, scheduled for the first quarter of next year.

Apex aims to expand the factory in the coming years. The company currently plans to deliver five Aries platforms to customers in 2024 and aims to increase production to 20 aircraft by 2025.

The company has raised at least $23.5 million in seed and Series A funding from backers including Andreessen Horowitz and Shield Capital.

Source: techcrunch.com

Ford reduces production targets for electric F-150 Lightning in response to strong demand

Ford plans to cut production of all-electric pickup trucks in 2024 to meet consumer demand.

Ford executives said in October on a third-quarter earnings call that they plan to “adjust” all-electric vehicle production and defer about $12 billion in investments as demand for higher-priced premium electric vehicles slows. suggested.

The automaker did not explicitly mention the Lightning in its earnings call, instead pointing to other examples such as production cuts for the Mustang Mach-E and the decision to postpone a second battery plant in Kentucky.

Note to supplier. viewed, First reported by Automotive Newsplans to produce an average of about 1,600 Lightning trucks per week starting in January at its Rouge Electric Vehicle Center in Dearborn, Michigan. Ford had planned annual production capacity for the Lightning at 150,000 units per year, or approximately 3,200 units per week. This means that the production target for 2024 will be halved.

A Ford spokeswoman did not confirm the memo. A spokesperson confirmed to TechCrunch that the company “continues to align Lightning production with customer demand.”

The move is a reversal from January 2022, when Ford was elated with 200,000 truck reservations and announced it would nearly double production capacity to 150,000 a year by mid-2023 in response to customer demand. be. The company idled its Rouge Electric Vehicle Center in Michigan in early 2023 to perform factory upgrades to accommodate new production capacity.

Despite these improvements, demand for EVs was softening across the industry. EV sales in the U.S. continue to grow, at a pace of over 1 million units per year, a 50% increase over the previous year. Still, that growth has lagged behind the ambitious plans of major automakers, causing many to curb investment, delay factory upgrades and new construction, and cut production capacity.

Source: techcrunch.com

New Discovery May Enhance Fuel Production

Researchers at Washington State University have discovered self-sustaining oscillations in the Fischer-Tropsch process, an important industrial method for converting coal, natural gas, or biomass into liquid fuels. This breakthrough reveals oscillatory rather than steady-state behavior in reactions, which could lead to more efficient and controlled fuel production. This discovery provides a new knowledge-based approach to catalyst design and process optimization in the chemical industry.

Researchers at Washington State University have made significant progress in understanding the Fischer-Tropsch process, an important industrial method for converting coal, natural gas, or biomass into liquid fuels. They discovered that, unlike many catalytic reactions that maintain a steady state, the Fischer-Tropsch process exhibits self-sustaining oscillations that alternate between high and low activity states.

This insight published in the journal scienceopens the possibility of optimizing the reaction rate and increasing the yield of the desired product, which could lead to more efficient fuel production in the future.

“Velocity fluctuations, usually accompanied by large fluctuations in temperature, are undesirable in the chemical industry due to safety concerns,” said corresponding author Professor Norbert Kruse of the WSU Jean and Linda Voiland School of Chemical Engineering and Bioengineering. (corresponding author) said. “In this case, the oscillations are controlled and mechanistically well understood. With this foundation of understanding, both experimental and theoretical approaches to research and development can be quite different. It really becomes a knowledge-based approach, which is very useful for us.”

Rethinking catalyst design

The Fischer-Tropsch process is commonly used to make fuels and chemicals, but researchers have had little understanding of how the complex catalytic conversion process works. This process uses a catalyst to convert two simple molecules, hydrogen and carbon monoxide, into long chains of molecules, hydrocarbons that are widely used in everyday life.

Research and development in the fuel and chemical industries has used a trial-and-error approach for more than a century, but researchers will now design catalysts more intentionally and use vibrational techniques to tune reactions and improve catalytic reactions. will be able to cause the condition. performance.

The researchers first encountered this oscillation after graduate student Rui Zhang approached Kruse about the problem of not being able to stabilize the reaction temperature. Studying it together, they discovered surprising vibrations.

“It was very interesting,” Kruse said. “He showed it to me and I said, ‘Louis, congratulations, you have a vibration! “And we continued to develop this story.”

The researchers not only discovered that the reaction causes an oscillatory reaction state, but also discovered why this happens. That is, as the reaction temperature increases due to heat generation, the reaction gas loses contact with the catalyst surface, slowing the reaction and decreasing the temperature. When the temperature is low enough, the concentration of reactant gases on the catalyst surface increases and the reaction rate accelerates again. As a result, the temperature increases and the cycle ends.

Fusion of theory and experiment

For this study, the researchers demonstrated the reaction in the lab using a frequently used cobalt catalyst modified by the addition of cerium oxide and modeled how it works.Co-author Pierre Gaspard of the Free University of Brussels developed the reaction scheme and theoretically imposed Change the temperature periodically to reproduce the experimental rate and selectivity of the reaction.

“This is so beautiful that we were able to model it theoretically,” said corresponding author Yong Wang, Regents Professor in the WSU Boyland School and Zhang’s co-supervisor. . “Theoretical and experimental data were in close agreement.”

Kruse has been researching vibrational responses for more than 30 years. The discovery of oscillatory behavior due to the Fischer-Tropsch reaction was quite surprising because the Fischer-Tropsch reaction is mechanistically very complex.

“In our research, we sometimes experience a lot of frustration because things don’t go our way, but sometimes we have moments that we can’t explain,” Kruse said. “It’s very rewarding, but ‘rewarding’ is a weak word to describe the excitement of making this great progress.”

Reference: “Obcillating Fischer-Tropsch Reaction” by Rui Zhang, Yong Wang, Pierre Gaspard, Norbert Kruse, October 5, 2023, science.
DOI: 10.1126/science.adh8463

This research was supported by Chambroad Chemical Industry Research Institute Co., Ltd., the National Science Foundation, and the Department of Energy’s Basic Energy Sciences Catalysis Science Program.

Source: scitechdaily.com