“circleWait a minute, wait a minute. You haven’t heard anything yet.” So was the first line of dialogue heard in the 1927 feature film jazz singer. This was the first time that the mass media conveyed the sights and sounds of the scene together, and the audience was mesmerized.
Since then, black and white has given way to color, frame rates and resolutions have increased, and sound quality has improved, but the media we consume still remains overwhelmingly, if not exclusively, our eyes and ears. We are responding to
The average person now spends nearly seven hours a day watching screens, and with most of that time spent indoors, our overreliance on sight and sound is only increasing. But if a human considers that he is a five (or five) animal, probably even more) senses, aren’t we ignoring other abilities? And what is it doing to us?
Many psychologists classify our primary senses as either rational or emotional, and there is evidence to support this. “Odor [and taste are] Charles Spence, professor of experimental psychology at the University of Oxford, says, “Rational senses such as hearing and vision are directly connected to emotional processing areas of the brain.” In fact, Spence says more than half of the neocortex, and therefore more than half of the brain’s volume, is devoted to processing what we see.
There’s no denying that we are highly visual creatures, which is part of the reason why our media is primarily audiovisual. “I think this is largely due to the fact that much of the information we consider important today is conveyed through visual and auditory means,” said Meike Scherer, an assistant professor in the Department of Psychology at Durham University. “But what we think is important isn’t necessarily what we need.”
If you ask people which sense they can’t live without, most people will say sight, but evidence shows that what we really lack is smell. “The rates of suicide and suicidal ideation are much higher among people with anosmia, because anosmia is so tied to our emotions,” Scherer says.
So does ignoring some senses in favor of others affect our emotional lives? Our emotional health is tied to our social health, but… The answer is almost certainly yes. “Smell is a very important cue for social communication, but this is something that is not implemented in any of the technologies we use today,” Scherer says.
For example, it has been found that after shaking someone’s hand, we tend to subconsciously smell their palm. “It gives you hints about all sorts of things, from their health to their age and even their personality,” Spence says. “A lot is lost when we only interact digitally.”
Touch is equally important to our emotional lives, and the finger-focused haptics of digital devices are not enough. C-tactile afferents are a type of nerve receptor that is abundant in the hairy skin of the arms (but not on the pads of the fingers) and has been shown to produce positive emotions when stimulated. “These receptors like slow, warm, tactile strokes,” says Spence.
The cool and smooth touch screen of your smartphone cannot replace other human skin, which is soft, warm and imperceptibly smelly. For adults, this may mean less satisfaction with their social lives, but for a generation of children who are increasingly socialized through technology, the effects can be profound.
Scherer says children learn to interpret their own senses by referring to each other’s senses. We learn to associate subtle smells with the sound of someone yelling or the sight of a smile, and may learn to use these signals to navigate social situations in the future. “Children who grow up with less input basically have less training to be able to categorize what certain things smell like and what certain exposures mean,” Scherer said. To tell. “If you suddenly take away something that has evolved over millions of years, you’re not only removing one sense from her, but it’s affecting how all of her other senses work.”
Marianna Obrist, Professor of Multisensory Interfaces at University College London, said: Everything is multisensory.
For example, it’s easy to think that the experience of eating is primarily about taste, but the shape and color, smell and sizzle, temperature, texture and weight of food are influenced by our senses of sight, smell, hearing and touch. appeal to. “All these senses are already activated before you eat,” says Obrist. Then there’s mouthfeel, the physical sensation of spiciness and sourness, and of course, flavor.
Removing just one of those sensations can affect the entire experience. For example, if you eat ice cream in the dark, It is unlikely that you will enjoy it, or even be sure of what it tastes like. “Each time we receive multisensory stimulation, we are able to develop a better and richer representation of our surroundings,” Scherer says.
So What are we doing to make our technology more multisensory? sense x, an EU-funded project aimed at helping designers come up with new ways to integrate feel, smell and taste into products. The team’s efforts included spraying scents under subjects’ noses to highlight key moments in director Christopher Nolan’s film interstellar, irradiate ultrasound to simulate contact, Powerful acoustics to suspend food It can be attached to the tongue without the need for wires or tubes.
It’s hard to imagine I’ll be watching it any time soon. Colonel Kilgore’s speech by Robert Duvall apocalypse of hellThe most famous line, while the smell of eau na palm hits your nose from your laptop in the morning, the smell-taste interface may be just around the corner. Researchers are already using AI to try to find the primary odor that creates any odor, and Obrist hopes to create a digitally controlled system with applications in research, healthcare, and immersive reality experiences. I’m the chief scientific officer at OWidgets, a company that makes scent delivery systems.
Almost all the input we receive from electronic devices is visual or auditory, so it is processed by the cortex, the rational part of the brain. Photo: Alex Segre/Alamy
Companies like China’s Dexta Robotics are also bringing tactility to virtual reality with gloves called “gloves.” dexmo.
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“Dexmo can provide haptic and force feedback simultaneously,” said Aler Gu, CEO of Dexta. “So when you scroll your finger over a virtual brick, you can feel the surface texture. When you grab a brick and move it from one point to another, you can feel its physical shape.”
Media that engage all of our senses will certainly enrich our daily interactions with technology, but it’s not hard to imagine more insidious uses emerging. In 1957, an American market researcher named James Vicary claimed to have created a movie by splicing together the scenes “Eating Popcorn” and “Drinking Coca-Cola.” He reported that sales of popcorn and Coca-Cola increased by 57.5% and 18.1% respectively, and the concept of subliminal advertising was born.
Vicary was later exposed as a fraudster, and the effectiveness of subliminal advertising has gained worldwide attention. discussion issues Since then, has technology that can deliver smells and tastes digitally become a gift to unscrupulous advertisers? Masu. [these senses]. They can be very powerful,” says Scherer. “We’re very emotional decision-makers, so there’s a lot of potential for that to influence our decisions.”
Research has shown that exposure to certain tastes and smells can influence our judgments of other people’s appearance and personality, and even change our behavior.For example, taste bitter foods can make us hostile,and 2005 patent application The scent of pink grapefruit suggests to men that it can make women appear younger than their actual age.
Obrist’s team discovered that: Sour taste makes people more willing to engage in risky behavior. “You might be doing electronic banking or shopping online and drinking a sour lemon drink. That may indirectly influence your decision-making,” she says. say. It’s not hard to imagine how e-commerce and gambling apps will be affected. Devices that can deliver tastes and smells can be exploited.
To some extent, this is already happening.Companies are known for pumping pleasant scents into their stores, and American chain Cinnabon Intentionally place the oven near the store entrancesometimes creating baking trays with just sugar and cinnamon to tempt passing shoppers.
What role does Elon Musk play in Tesla’s sales performance?
The overwhelming sales on Tuesday were attributed to the actions of Tesla’s CEO by one Tesla investor.
In response to the sales figures, Ross Gerber, CEO of Gerber Kawasaki, pointed to Elon Musk’s actions as the reason for Tesla’s inability to sell cars. He criticized the board of directors for not stopping Musk’s behavior, which he deemed toxic towards the Tesla brand.
Musk retaliated by calling Gerber an idiot and mentioning the challenges faced by Chinese rival BYD in the quarter.
Following Tesla’s revenue update and stock fall, Gerber expressed his disappointment, attributing the decline in deliveries to various factors including Houthi rebel attacks and delays in production.
Analysts raised concerns about slowing demand for Tesla vehicles, despite production challenges being mentioned as contributing factors.
While Musk’s controversial actions have led to a decline in sales in the US market, some analysts believe that Tesla’s long-term decisions will resolve the company’s problems.
Key figures in the financial industry voiced their concerns over Tesla’s sales figures, attributing the downturn to a combination of global EV demand slowdown and issues in China, rather than just Musk’s antics.
Tesla’s ongoing global fame, driven by Musk’s actions, continues to be a focal point, with experts highlighting the potential impact on sales and market perception.
Despite the challenges, Tesla is reportedly scouting locations in India for a new manufacturing plant, indicating long-term growth plans.
While some analysts downplay the impact of Musk’s behavior on sales, others believe that it contributes to the overall perception of the company and its products.
In conclusion, the future of Tesla remains uncertain, with various factors at play influencing the company’s performance in the market.
Tesla has not provided a comment on the situation at this time.
Source: www.theguardian.com
The Power of Positive Male Role Models in Transforming the Social Media “Manosphere” | Social Media
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Influencers like Andrew Tate have become synonymous with “toxic masculinity,” using a combination of motivational scoldings, fast cars, and demonstrations of sexual prowess to appeal to large audiences of young men and boys. It’s attracting.
But what about the other side of the coin? Are people creating content with healthier messages for the same audience? Or maybe men and boys simply don’t want to hear it? Or?
Jago Sherman, head of strategy at Goat Agency, an influencer subsidiary of marketing giant WPP, says: -Love, self-expression, fighting knife crime, education, but they don’t always make the headlines.
“People like Andrew Tate are using social media to make far-reaching and far-reaching unsubstantiated claims, as if they are providing a ‘quick-fix’ answer to a very complex problem. The problem, of course, is that these statements are most often not true, or are opinions disguised as facts.
In a social environment where creators compete for attention, this ‘shock factor’ content that can be consumed and understood very quickly can sometimes perform better than longer, thought-provoking, neutral content.
Against this backdrop, Labor last week announced plans to promote a more positive vision of masculinity. According to the proposal, schools would develop leaders from their own students who would help counter the misogynistic vision promoted by Tate and others, as well as be more critical of what they see on screen. Students will be supported to explain their analysis skills in class.
Andrew Tate has been described as appearing to provide “off-the-cuff answers to very complex problems”. Photo: Robert Ghement/EPA
Some men who give a more positive vision of masculinity have already broken out and become famous in their own right. Fitness influencers like Joe Wicks, whose career began with his Instagram posts as The Body Coach, may not attract teenage boys with their lewd content. Simple advice delivered in a friendly, almost relentlessly cheerful manner can still garner millions of followers.
Perhaps the biggest symbol of this more assertive approach to masculinity is the philanthropic work of Russ Cook, known to many as Instagram’s biggest geek. If all goes to plan, he will complete his year-long attempt to cross the continent from tip to toe, ending in April. Mr. Cook raised around £200,000. running charity and sand blast and amassed nearly 1 million followers across his various social platforms, conclusively proving the appropriateness of his username in the process.
But there’s an asymmetry in some of the debate around toxic influencers, said Saul Parker, founder of. good side, we work with charities and brands to help them achieve their positive goals. While young women are encouraged to seek out positive role models for their own benefit, young men are often encouraged to seek out positive role models in order to treat women better. It risks ignoring the harm that harmful influencers can cause to boys and young people themselves, and undermines efforts to encourage them to find better people to learn from.
“There’s a generation of men who have been born into very difficult conversations about patriarchy and its impact on women’s lives,” Parker says. “As a result, they’re in a place where they feel like they’re third-class citizens. And accepting that young men are having a bit of a hard time and needing help is difficult, especially on the left. It’s very difficult.”
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Because focusing on misogyny rather than the broader message of traditional masculine norms in which the “manosphere” thrives risks overshadowing a second generation of post-Tate pernicious influences, this is important. Through repetition, the boys learn that repeating the casual misogyny of someone like Tate in public is bad, and when asked, they say they don’t like the way he talks about women, but say, “Other things.” often insist that you just listen to him.
“David Goggins is the kind of guy we’re facing right now,” Parker said. “He’s a former Navy SEAL, he’s a huge influence on every social platform, but he and all his… The content is about ‘self-discipline’ and ‘self-motivation.’ He tells me things like ‘wake up in the morning,’ ‘go to the gym,’ ‘take a cold shower,’ and ‘be a man,’ but he never talks about women or sex.”
“Taking women out of the equation doesn’t make it any less of a problem. He just doesn’t have anything nasty to say, so it’s hard to find sharp points.”
In other words, attracting boys to a more positive vision of masculinity does not happen by default. But neither should lose hope. There is nothing inherent in childhood experiences that only stick with toxic messages, and with a little work, better role models can develop.
Source: www.theguardian.com
The significant role of space dust in the origins of life on Earth
2023 Perseid meteor shower seen from California
NASA/Preston Deitches
Space dust may have brought elements essential for life to early Earth. Our planet is relatively poor in some of the elements necessary for the chemical reactions of life, but the dust that constantly drifts in from space contains many more, and when the Earth was young it was covered with glaciers. It is possible that they were gathered in
“It’s always been a shadow idea, but people were ignoring it for a number of reasons. The biggest one was that there weren’t enough ideas anywhere,” he said. say. craig walton at Cambridge University. Space dust tends to be rich in elements that are relatively difficult to obtain on Earth, such as phosphorus and sulfur, and it constantly falls in thin layers around the world.
Until now, researchers exploring the origins of such elements on Earth have focused primarily on larger objects that can deliver more elements at once, but such delivery mechanisms were They may have a hard time maintaining their pre-biological chemistry long enough to do so, Walton says. “Meteorites have long been thought to be a great source of these elements, but they release them randomly,” he says. “It’s like if I give you a big feast once, but you never eat again, you’re going to have a hard time living a happy life. You need a continuous source, and that’s what happens. It’s space dust.”
Up to 40,000 tons of space dust falls on Earth every year. Billions of years ago, that number may have been between 10 and 10,000 times higher, but that was still not enough to make individual locations particularly rich in elements important to life. Walton and his colleagues simulated how wind and water move dust and collect it in concentrations high enough to support life.
They found that glaciers are the most promising environment because they have the potential to trap large amounts of dust and are very less contaminated by dirt on land. When space dust falls on a glacier, it absorbs sunlight and heats up, melting and creating tiny holes in the ice. The hole then continues to trap more dust. Finally, the dust chamber flows into a pond at the edge of the glacier.
We can still see this process happening today, but if the Earth had been cold enough to have glaciers billions of years ago, the amount of dust would have increased and it would have been even more efficient. . “If you want to produce deposits that are really rich and have a lot of reactions that could lead to life, this is the best way to do it,” Walton says.
“We don’t know if glaciers were common on early Earth; we just don’t have good data for this period in general,” he says. ben pierce at Johns Hopkins University in Maryland. “But I think it’s worth investigating, especially if it has the potential to provide a mechanism for creating a rich primordial soup.”
The lack of data about conditions on Earth during this time makes it difficult to estimate how important cosmic dust was to the origin of life. “We’ve always had a hard time understanding what the bulk chemistry of early Earth was like,” he says. Matthew Pasek at the University of South Florida. “However, this could be an important source of extremely valuable material.”
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Source: www.newscientist.com
The Role of Worms in Unraveling One of Science’s Greatest Mysteries: Challenging Established Models
Using the nematode C. elegans, scientists have made significant headway in understanding brain function. New insights into neural communication are provided by research that uses optogenetics and connectomics to challenge traditional models and deepen the understanding of complex neural networks. The transmission of information between neurons is currently being investigated, raising the question of whether we truly understand how the brain works.
There have been great strides in understanding the complex workings of the brain in recent decades, providing extensive knowledge about cellular neurobiology and neural networks. However, many important questions are still unanswered, leaving the brain as a profound and intriguing mystery. A team of neuroscientists and physicists at Princeton University has made groundbreaking strides in this field of research, particularly through their work with the C. elegans nematode. The study, recently published in Nature, is aimed at understanding how ensembles of neurons process information and generate behavior.
The C. elegans nematode is especially suitable for laboratory experimentation due to its simplicity and the fact that its brain wiring has been completely “mapped.” Furthermore, the worm’s transparency and light-sensitive tissues present the opportunity to use innovative techniques such as optogenetics. Through these techniques, the researchers were able to carefully observe and measure the flow of signals through the worm’s brain, gaining new insights that challenge established models of neural behavior.
The study provides a comprehensive explanation of how signals flow through the C. elegans brain and challenges established mathematical models derived from connectome maps. The researchers found that many of their empirical observations contradicted the predictions based on these models, leading them to identify “invisible molecular details” and “radio signals” as important components of neural behavior. Ultimately, this work aims to develop better models for understanding the complexity of the brain as a system.
The research was supported primarily by a National Institutes of Health Newcomer Award, a National Science Foundation CAREER Award, and the Simons Foundation. These findings have broad implications, particularly for understanding biological processes and developing new technologies.
Source: scitechdaily.com
The Role of Microorganisms in Creating Cheddar Cheese’s Distinctive Flavor
Cheddar cheese often has a creamy, nutty flavor, but can also have fruity, meaty notes.
Julian Eales/Alamy
Cheddar cheese’s nutty, creamy flavor depends slightly on a delicate balance of bacteria that scientists have now identified. Understanding how these bacteria interact can help cheesemakers achieve the specific flavor they are trying to create, and even help create starters with the right balance of microbes. This could lead to computer simulations for formulating cultures.
All fermented foods and beverages, including cheese, kimchi, and kombucha, rely on complex interactions between microorganisms. To make cheese in particular, a starter culture is added to milk to begin fermentation, acidifying the dairy product and giving it a slightly tangy taste.
Cheese makers have long known that some of the important bacteria involved in this process are: thermophilus and types LactococcusHowever, little was known about how these interact and whether those interactions affect the flavor of cheese.
Kratz Melkonian Researchers from Utrecht University in the Netherlands focused on cheddar cheese, one of the world’s most popular cheeses.
They used variations of four starter cultures to create different cheese samples. One was from an industrial producer of such starters and included both. thermophilus bacteria and types Lactococcusmainly seeds L. lactis and its variants L. cremoris. Others were made by researchers and either contained the same bacteria as before or not. thermophilus bacteria or there is no type Lactococcus.
After a year, the research team found that the cheese made from the starter thermophilus bacteria The population of the type of ~ was much smaller Lactococcus Better than anything else, even a starter of nothing Lactococcus The type to start with.this suggests thermophilus bacteria important to strengthen Lactococcus It will grow, Melkonian said.
When it comes to taste, L. cremoris It seems to control the production of diacetyl and acetoin, the chemicals that give buttery flavor, but in too high a quantity can cause an “unpleasant” taste.
L. cremoris It also increased the concentration of compounds that add subtle meaty, fruity notes, the researchers wrote in the paper. Without this variant, cheese tended to contain high levels of chemicals that add nutty and creamy flavors.
There was no difference in the microbial activity or taste of cheeses using the same starter bacteria, regardless of whether the starter was made industrially or by the team.
Overall, these findings indicate that the flavor within cheddar cheese is easily influenced by various bacterial interactions. This could help cheesemakers fine-tune the taste of the cheese they’re making, Melkonian says. “We now have targets whose interactions can affect different bacteria.” Computer simulations can help you formulate starters with the right proportions of different bacteria to achieve the desired flavor. You could do that, he says.
topic:
- microbiology/
- Eating and drinking
Source: www.newscientist.com
Engineers’ Provocative Role in Product Innovation
Rather than forcing technology onto the product, the design process flows into the technology. In this way, technology becomes a natural solution.
The progressive role of engineers
Source: techcrunch.com
“Unconscious Brain Activity and Epileptic Seizures: The Role of Sleep Brain Waves”
A new study has found that the slow brain waves typical of sleep occur in epilepsy patients when they are awake, helping to prevent the brain from becoming more excited. These waves reduce epileptic activity while negatively impacting memory, suggesting a potential new therapeutic approach for epilepsy.
Methodology and findings
Implications and future research
DOI: 10.1038/s41467-023-42971-3
Source: scitechdaily.com
The Surprising Role of NASA in Tackling the Climate Crisis
Flaring, the deliberate burning of excess natural gas into the atmosphere, is one way methane is released from oil and gas facilities. His EMIT mission for NASA, over more than a year of operation, demonstrated its proficiency in discovering methane and other greenhouse gas emissions from space.
Since its launch 16 months ago, the EMIT imaging spectrometer has international space station demonstrated the ability to detect more than just surface minerals. More than a year after first detecting a methane plume from its perch on the International Space Station (ISS), data from NASA’s EMIT instrument is now being used to analyze greenhouse gas emissions with a level of proficiency that surprised even its designers. used to identify source emissions.
EMIT‘s mission and capabilities
EMIT, which stands for Earth Surface Mineral Dust Source Investigation, was launched in July 2022 to map 10 major minerals on the surface of the world’s arid regions. Mineral-related observations are already available. researcher and the general public to better understand how dust in the atmosphere affects the climate.
Methane detection was not part of EMIT‘s primary mission, but the instrument’s designers expected the imaging spectrometer to have that capability. More than 750 sources of emissions have been identified since August 2022, some of which are small, located in remote areas, and persistent over long periods of time, according to a new study published in the journal However, this device is said to have achieved more than sufficient results in that respect. scientific progress.
EMIT identified a cluster of 12 methane plumes within a 150 square mile (400 square kilometer) area in southern Uzbekistan on September 1, 2022. The instrument captured this cluster, which the researchers call a “scene,” in a single shot.
Credit: NASA/JPL-California Institute of Technology
Methane emissions and climate change
“We were a little cautious at first about what this device could do,” said Andrew Thorpe, a research engineer on the EMIT science team. NASAis a researcher at the Jet Propulsion Laboratory in Southern California and the paper’s lead author. “It exceeded our expectations.”
Knowing where methane emissions are coming from gives operators of landfills, agricultural sites, oil and gas facilities, and other methane-producing facilities the opportunity to address methane emissions. Tracking human methane emissions is key to limiting climate change because it provides a relatively low-cost and rapid approach to reducing greenhouse gases. Methane remains in the atmosphere for about 10 years, during which time it traps heat up to 80 times more strongly than carbon dioxide, which remains for centuries.
When strong winds kick up mineral rock dust(such as calcite or chlorite) on one continent, the airborne particles can travel thousands of miles and impact an entirely different continent. Airborne dust can heat or cool the atmosphere and the ground. This heating or cooling effect is the focus of NASA’s Earth Surface Mineral Dust Source Investigation (EMIT) mission.
Credit: NASA/JPL-California Institute of Technology
amazing results
EMIT has proven effective in detecting both large-scale sources (tens of thousands of pounds of methane per hour) and surprisingly small sources (hundreds of pounds of methane per hour). It has been. This is important because it will allow us to identify more “superemitters,” or sources that produce a disproportionate share of total emissions.
A new study documents how EMIT was able to observe 60% to 85% of the methane plumes typically seen during airborne operations, based on the first 30 days of greenhouse gas detections.
On September 3, 2022, EMIT detected a methane plume emitting approximately 979 pounds (444 kilograms) per hour in a remote corner of southeastern Libya. This is one of the smallest sources ever detected by this instrument.
Credit: NASA/JPL-California Institute of Technology
Comparison with airborne detection
From thousands of feet above the ground, an aircraft’s methane detection equipment is more sensitive, but researchers need advance notice that they will detect methane before the aircraft can be dispatched. Many areas are not explored because they are considered too remote, too dangerous, or too expensive. Furthermore, actual campaigns cover a relatively limited area over a short period of time.
EMIT, on the other hand, will collect data from a space station at an altitude of about 400 kilometers, covering a wide area of the Earth, especially the arid region between 51.6 degrees north and 51.6 degrees south latitude. The imaging spectrometer produces a 50-mile-by-50-mile (80-kilometer-by-80-kilometer) image of the Earth’s surface (researchers call it a “scene”), including many areas that could not be reached with airborne instruments. capture.
“The number and size of methane plumes that EMIT has measured around our planet is astonishing,” said Robert O. Green. JPL Senior Researcher and Principal Investigator at EMIT.
We created this time-lapse video showing the International Space Station’s Canadarm2 robotic arm moving NASA’s EMIT mission outside the station. The Dragon spacecraft was launched…
Posted by NASA EMIT on Wednesday, October 26, 2022
Detection by scene
To help identify sources, the EMIT science team created maps of methane plumes and identified them as Websitethe underlying data are available at the NASA and U.S. Geological Survey Joint Land Processes Distributed Active Archive Center (LPDAAC). Data from this mission will be available to the public, scientists, and organizations.
EMIT began collecting observations in August 2022 and has since recorded more than 50,000 scenes. The instrument discovered clusters of emission sources in little-studied areas. Southern Uzbekistan On September 1, 2022, we detected 12 methane plumes totaling approximately 49,734 pounds (22,559 kilograms) per hour.
Additionally, the instrument detected a much smaller plume than expected.captured in a secluded corner Southeastern Libya On September 3, 2022, one of the smallest sources to date was emitting 979 pounds (444 kilograms) per hour, based on local wind speed estimates.
Reference: “Attribution of Individual Methane and Carbon Dioxide Sources Using EMIT Observations from Space” Andrew K. Thorpe, Robert O. Green, David R. Thompson, Philip G. Brodrick, John W. Chapman, Clayton D. Elder, Itziar, Iraklis-Leuchert, Daniel H. Cusworth, Alana K. Ayasse, Riley M. Duren, Christian Frankenberg, Louis Gunter, John R. Warden, Philip.・E. Dennison, Dar A. Roberts, K. Dana Chadwick, Michael L. Eastwood, Jay E. Farren and Charles E. Miller, November 17, 2023, scientific progress.
DOI: 10.1126/sciadv.adh2391
EMIT mission details
EMIT was selected from the Earth Venture Instrument-4 public offering by NASA’s Science Mission Directorate’s Earth Sciences Division and was developed at NASA’s Jet Propulsion Laboratory, managed for NASA by the California Institute of Technology in Pasadena, California. Data from this instrument is publicly available for use by other researchers and the public at the NASA Land Processes Distributed Active Archive Center.
Source: scitechdaily.com
