Discover Bonobos’ Creative Innovations Through New Experiments

The bonobo’s remarkable performance in pretend play experiments highlights its mental capability to envision non-existent objects, a trait that may stretch back 6 to 9 million years, challenging previous beliefs about the uniqueness of human imagination.



Kanji the bonobo. Image credit: Ape Initiative.

“The realization that their cognitive experiences extend beyond the immediate present is revolutionary,” remarked Dr. Christopher Krupenier, a researcher at Johns Hopkins University.

“Imagination, once thought to be an exclusive human trait, is now being reconsidered as something that may not solely belong to our species.”

“Jane Goodall’s discovery of tool-making in chimpanzees altered our understanding of what it means to be human, prompting a reevaluation of the unique qualities of mental life across different species.”

By the age of two, human children engage in pretend play, like tea parties.

Even infants as young as 15 months display surprise when witnessing someone “drinking” from a cup filled with imaginary content.

While there have been anecdotal observations of animals showcasing pretend behavior in both wild and captive settings, controlled studies on pretend play in non-human animals remain scarce.

For instance, young female chimpanzees have been seen playing with sticks, mirroring how a mother would cradle an infant.

Captive chimpanzees have even been noted dragging imaginary blocks along the ground after interacting with real wooden blocks.

Dr. Krupenier and Dr. Amalia Bastos from the University of St Andrews sought to test this ability to pretend in a structured experiment.

They devised a setup akin to a child’s tea party to evaluate Kanzi, a 43-year-old bonobo (Pan Paniscus) who has been reported to engage in pretend play and respond to verbal cues.

During the experiment, Kanzi and the researcher sat across from each other at a table adorned with an empty pitcher, cups, bowls, and jars, reminiscent of a tea party.

In the first task, two transparent cups, both empty, were accompanied by an empty pitcher.

The experimenter tilted the pitcher as if to “pour” juice into each cup, then pretended to dump juice from one cup, slightly shaking it to emphasize the action. They then inquired, “Where’s the juice?”

Kanzi consistently pointed to the cup that pretended to hold juice, even when its position was swapped, demonstrating his understanding of the task.

The researchers conducted a second experiment to rule out the possibility that Kanzi believed there was real juice in the cups, providing one cup with actual juice and another with pretend juice.

When asked what he preferred, Kanzi almost invariably pointed to the cup with real juice.

In a third experiment, the same concept was repeated without grapes.

Here, the experimenter pretended to take a grape from an empty container and placed it into one of two jars, then asked Kanzi, “Where are the grapes?” He accurately indicated the jar with the imaginary grapes.

While Kanzi wasn’t flawless, he consistently pointed to the correct locations.

“It’s fascinating and significant that the findings suggest great apes have the mental capacity to visualize things that are not present,” noted Dr. Bastos.

“Kanzi can conjure the notion of a pretend object while recognizing its lack of reality.”

“Imagination enriches the mental lives of humans,” added Dr. Krupenier.

“If we share some aspects of imagination with great apes, it compels us to reevaluate the presumption that other animals lead merely robotic lives, limited to the present moment.”

“These revelations will encourage us to cherish these intelligent, thoughtful creatures and ensure their preservation.”

For further details, refer to the study published in today’s issue of Science.

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Amalia Prime Minister Bastos et al. 2026. Evidence for object pretend expressions by Kanzi, a language-trained bonobo. Science 391 (6785): 583-586; doi: 10.1126/science.adz0743

Source: www.sci.news

Why Memory Manipulation Might Be One of Humanity’s Best Innovations

New scientist. Our website and magazine feature science news and long reads by expert journalists covering developments in science, technology, health and the environment.

I vividly remember the moment my late lab partner, Xu Liu, and I first met.
Illuminated, it felt as if the neurons responsible for some of our memories were breathing life into those thoughts again. We stimulated groups of neurons in the hippocampus of mice, positing that these neurons serve as the physical foundation of memories, or engrams. Little did we realize, we were delving into one of neuroscience’s most thrilling frontiers: the potential to modify memories themselves.

The term “memory manipulation” might evoke unsettling imagery of erased histories and deceitful implants. However, within the lab, the reality is much more serene and optimistic. The very discovery that enables us to activate or deactivate memories in mice is also guiding us on how to heal our brains, including methods for diminishing trauma
memory and enhancing the fading
elements, allowing us to rebalance the emotions associated with our memories
we carry.

Over the last decade, this research has unveiled three significant principles. First, memories are adaptable during their storage, recall, and restoration. Second, they are situated across various regions in the brain rather than being localized to one area. Finally, memories can be artificially implanted within the brain. Each principle reshapes our understanding of what “memory editing” signifies.

During memory formation, brain cells collaborate and strengthen their connections. This process can be either enhanced or hindered by varying stimulation patterns. Brain stimulation through implanted electrodes or magnetic pulses can facilitate navigation in a
virtual environment. Substances like medications, hormones, and even tiny amounts of sugar can bolster the brain’s ability to stabilize new experiences. Moreover, exercise promotes the development of new neurons, thereby enhancing the health of the hippocampus and the brain overall
body. Conversely, overstimulation of memory circuits may lead to a decline in memory strength
leading to degradation; inhibiting the molecules that fortify these connections can weaken them further.

Memories can also be altered at the moment of recollection, temporarily rendering them unstable, thus creating opportunities to adjust them before they are stored once more. Therapists are already utilizing this “window of reintegration” in assisting individuals grappling with phobias and trauma. In our studies involving animals, the repeated reactivation of distressing memories is enough to
dull their emotional impact. Additionally, reactivating positive memories during periods of stress can completely overshadow negative emotions. In one
rat study, a week of “positive memory reactivation” alleviated depression-like symptoms for over a month.

Given that memories are distributed throughout the brain, they are highly resilient. Damage to a specific region will likely not erase the entire experience; instead, the brain finds alternative pathways to access memories through
multiple “drafts”. This redundancy provides hope for treating Alzheimer’s disease. If we can reinforce the pathways to the intact memories, we might restore fragments of our identity previously deemed lost. Thus, memory manipulation isn’t about altering who we are; it’s about forging new pathways back to our true selves.

Like any significant medical development, from pacemakers to transplants, this concept raises ethical considerations. Our aim is to alleviate suffering to improve overall well-being. It’s about assisting veterans in easing the grip of flashbacks, aiding individuals in recovery to dissociate cravings from triggers, and helping those with Alzheimer’s to grasp the names of loved ones.

Learning to reshape memories responsibly can foster healing. Each time a memory is revisited, the brain is already in editing mode. Today’s science is just beginning to uncover the rules guiding this process. As I recall fleeting memories with Xu, I envision not science fiction, but a future in which scientific knowledge and memory converge to become foundational to mental health.


Steve Ramirez. I am the author of How to change your memory: One neuroscientist’s quest to change the past.

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Source: www.newscientist.com

6 Unusual Innovations That Might Transform Your Life

Here at BBC Science Focus, we have a deep appreciation for inventive creations – particularly those that are bizarre, imaginative, and exceptionally cool (extra credit if they’re genuinely practical).

During our time at GITEX Global and Expand North Star, two of the largest conferences focusing on technology and artificial intelligence (AI) in Dubai, we set out to uncover the most astonishing innovations poised to enter the market soon.

From tangible holograms to intelligent contact lenses and airborne taxis, here is a glimpse into some of the most groundbreaking technologies showcased.

1. The Fusion of Flying Taxis and Autonomous Vehicles

Since the days of Blade Runner and Futurama, the concept of flying cars has occupied our imagination. With advancements in drone technology, we may finally be approaching the reality of soaring over urban landscapes in our own aerial pods.

However, the idea of a flying car that interacts with standard vehicles is unprecedented. Yet, this is exactly what the Guangzhou Automobile Group is unveiling with its new GOVY AirCab concept.

Indeed, GOVY is capable of taking off and landing vertically from an autonomous ground chassis, thus functioning both as a conventional taxi and an aerial transport.

GAC GOVY exhibited at GITEX Global – Credit: Tom Howarth/BBC Science Focus

What does this unusual combination signify? According to Hanxuan Liu, a product specialist involved with GOVY, it embodies the “ultimate vision of the future of mobility.” The blend of drone technology and vehicle chassis enables “one-click journeys” without the hassle of vehicle transitions. Essentially, you can call it, board it, fly where feasible, and drive where necessary.

The company has conducted test flights and is in pursuit of safety certification. Liu anticipates public demonstrations by next year and a rollout across China in two years. As for the U.S. and Europe? Liu believes we might see GOVY operational both on the roads and in the skies within five years.

2. Sports Enhanced by Augmented Reality

Participants in HADO evade and defend using mixed reality that merges physical movement with digital gameplay – Credit: Hado

Imagine if dodgeball and Pokemon GO had a child; it would likely be something akin to HADO. This augmented reality sport is gaining traction globally.

Players wear headsets and wrist sensors to launch virtual energy balls, create shimmering shields, and avoid incoming attacks, all while standing on a real-world court. The experience feels part video game, part high-energy exercise.

Devised in Japan in 2014, HADO has matured into a legitimate technosport with professional leagues, educational programs, and even a World Cup. Its creators champion it as “a means to encourage physical activity through technology, and a powerful way to engage younger audiences.”

3. Healing Hearts with Spider Silk

PrintyMed’s biomimetic spider silk could revolutionize healthcare, from artificial organs to advanced wound dressings – Credit: PrintyMed

Spider silk, when weighed against steel, exhibits superior strength. Its production is also sustainable and adaptable. So, why not harness these extraordinary natural materials for our use?

Latvian biotech firm PrintyMed has manufactured synthetic spider silk that imitates the natural spinning process, yielding fibers that are remarkably strong, flexible, and compatible with living tissue.

The research team partnered with the Latvian Institute of Organic Synthesis to devise a protein that can be spun into silk using a biomimetic approach similar to that utilized by spiders to craft webs. The outcome is a sustainable material that can be produced at scale and applied in innovative ways.

Synthetic spider silk generated through PrintyMed’s biomimetic spinning technique – Credit: PrintyMed

The company plans to utilize its lab-created silk to transform healthcare, from creating hyper-realistic “organs on chips” for drug trials to developing long-lasting, clot-resistant heart valves and advanced wound dressings that enhance healing.

But that’s just the beginning. PrintyWeb is also exploring the use of silk to fabricate artificial organs and tissue scaffolds, which might one day alleviate the global shortage of transplantable organs.

4. Revolutionary Smart Lenses Aiming to Replace All Screens

XPANCEO’s experimental contact lenses aspire to replace mobile phones and wearables with invisible, AI-powered interfaces – Credit: XPANCEO

Resembling something from a spy thriller, XPANCEO aims to develop the world’s first truly smart contact lenses, a cutting-edge gadget that could eventually replace mobile phones, smartwatches, and glasses.

“Today’s computers are bulky and disposable. They’re detrimental to your health, harmful to the environment, and inefficient. We require the ultimate interface,” stated Roman Axelrod, co-founder of XPANCEO to BBC Science Focus.

“Everyone can agree that the next frontier of computing is AI. Then comes augmented reality (XR) computing powered by AI. AI serves as the brain; XR as the interface, whether through glasses, helmets, or contact lenses. We believe contact lenses could become the ultimate interface.”

It’s an ambitious vision: an invisible lens in zero gravity, unifying all your devices into one, featuring capabilities like real-time liveness detection, health tracking, night vision, and zoom.

However, it’s still in the nascent phase. Co-founder Dr. Valentin S. Volkov indicates that XPANCEO intends to have a fully integrated prototype ready by the end of next year, a simple monochrome display capable of yielding basic data and gathering biosignals from the eye.

Smart lenses, categorized as medical devices, will advance gradually under strict regulation. However, if XPANCEO succeeds, smart glasses may soon become obsolete.

5. Actual Holograms

Voxon VX2 operates by projecting volumetric holograms visible from 360 degrees without the need for headgear – Credit: Voxon/Gavin Smith

Participating in a morning meeting styled like the Jedi Council may no longer belong solely to a galaxy far, far away. Australian firm Voxon is pioneering science fiction with its VLED technology, producing live, three-dimensional images that appear to float in mid-air.

Differing from standard flat 3D projections, Voxon’s volumetric displays consist of millions of floating points of light, creating 360-degree visuals that can be navigated and viewed from any angle.

For instance, the Voxon VX2 is a tabletop apparatus that employs a rapidly spinning LED array to generate a hologram within a cylinder measuring around 25 cm in diameter and height.

Within its illuminated columns, you can observe everything from medical scans and molecular structures to game avatars and architectural models in full three dimensions.

6. High-Tech Doghouse for Safe Shopping

Leaving your dog unattended outside a store or in your vehicle might soon become outdated. Serbian startup Smartsy has designed an innovative dog kennel that offers pets a secure, climate-controlled environment while their owners shop at supermarkets or dine in cafes.

Smartsy’s sleek pods include automatic safety locks, real-time video monitoring (perfect for dogs with separation anxiety), and soundproof, insulated walls to ensure your furry friend stays calm and cozy.

A silent airflow system guarantees ventilation, and an integrated heater maintains optimal temperatures whatever the weather. Each cabin is disinfected with a UV lamp after every use, preparing it for the next furry visitor.

read more:

Source: www.sciencefocus.com

For Trump, a New Era of Trade Begins with Technology’s Most Diverse Innovations

The regulations aimed to ensure that the largest data centers in the world were constructed by the United States and its allies, rather than by nations in the Middle East or elsewhere. Officials in the Biden administration expressed concerns about the authoritarian inclinations of the United Arab Emirates and Saudi Arabia, as well as their connections with China. They contended that these rules might restrict access to AI chips and data centers in other countries, subsequently bolstering Beijing’s strategic and military capabilities.

Set to take effect on May 15, the regulations permitted unlimited sales of AI chips to 18 allied nations, including the UK, Germany, and Japan, while prohibiting sales to China, Iran, and other adversaries. Nations such as Saudi Arabia, the United Arab Emirates, Qatar, India, Israel, and Poland would face limitations on their chip purchases, leading to widespread dissatisfaction.

Jim Secre, the former vice-chief of staff at the Commerce Department, remarked that the regulations are designed to safeguard national security and influence the future of critical technologies. In the absence of these regulations, the combination of inexpensive energy and capital abroad could result in more data centers being established outside the US than within its borders.

“Controlling AI is the geopolitical challenge of our time,” he stated.

Companies like Nvidia and Oracle have raised objections to the regulations, arguing that they hinder the leadership of US technology. Officials from the Trump administration appeared to share this sentiment. On Wednesday, the current administration announced plans to introduce new regulations to replace the existing framework, though no timeline for these changes was specified.

“The Biden AI regulations are excessively complicated and bureaucratic, potentially stifling American innovation,” stated Ben Kass, a spokesperson for the Department of Commerce, which oversees technology policy. “We are focused on advancing US leadership and replacing it with a more straightforward and transparent framework that maximizes the potential of American AI innovation.”

Source: www.nytimes.com

Fungal Networks Enhance Robotics Through Scientist’s Innovations

In today’s society, there is a growing interest in artificial intelligence (AI) and robotics due to their potential to enhance workflow, communication, and technical capabilities. However, researchers are faced with the challenge of adapting robots quickly to external stimuli for more fluid movement in their environments. To achieve this, scientists are exploring the intricate systems of brain cells that communicate through neural networks.

A team of researchers from Cornell University aimed to address limitations in robotics that computer programs have struggled with, such as short lifespan, intensive maintenance, and low responsiveness to environmental changes. They investigated the potential of improving biohybrid neural networks using living materials combined with synthetic materials to enable faster reactions to unpredictable situations and problem-solving in robots.

Previous studies have utilized neural networks based on animal and plant cells to enhance robot movement and environmental responsiveness. However, maintaining these cells in artificial environments can be challenging and requires extensive care. The researchers in this study focused on using a more robust non-animal system based on fungi, which transmit information through electrical signals similar to animals.

Fungi create mycelial networks to transport nutrients, detect signals, and respond to environmental cues, making them resilient and less susceptible to contamination compared to animal cells. The researchers built two robots—one with independent arm movements and the other with forward-backward motion—and integrated the Eryngium mushroom fungus into their control boards to observe natural electrical signals and responses to stimuli.

By growing the fungi on the robot’s control interface and analyzing the bioelectrical signals, the researchers discovered that the network effectively controlled the robot’s functions. They also observed the fungus’s response to different light stimuli, leading to the conclusion that fungal biohybridization could revolutionize robotics with its adaptability and sensory capabilities.

The researchers conducted experiments to test the robot’s reaction to ultraviolet light, showcasing the fungus’s ability to control the robot’s movements solely through natural electrical signals. They proposed that fungal biohybridization offers a promising avenue for advancing robotics by leveraging fungi’s resilience and sensory capabilities for improved adaptability and reliability.


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Source: sciworthy.com

NHS’s Health Innovation Center Honors its Legacy and Embraces Future Innovations

In a life-size model of a house, a 50,000-pound mannequin capable of breathing, blinking, and coughing awaits a replica ambulance.

The remarkably lifelike technology developed by the model-makers who created the ‘bodies’ for the BBC’s Silent Witness integrates real-world training with simulated environments, including virtual reality, to enhance medical training and address the shortage of student lab time.

Kevin Reilly, technical services manager at the National Healthcare Innovation Center (NHIC), explains the capabilities of human patient simulation: “If you inject them, they’ll react. If they collapse your lungs and intubate you, your lips will become cyanotic. Even in worsening scenarios, we can resuscitate them exactly as we would a real patient.”

Yorkshire and the Humber region has the highest level of overweight individuals, the second highest infant mortality rate, and the third lowest life expectancy in the UK. NHIC, located at the University of Huddersfield in West Yorkshire, aims to alleviate NHS staffing shortages, address inequality, and promote regeneration.

NHIC, spanning seven buildings upon completion, plans to serve a population of 7 million people from South Yorkshire to Greater Manchester, offering state-of-the-art facilities and innovative healthcare solutions.

The NHIC celebrates the history of the NHS while looking towards the future, honoring individuals like Daphne Steele, the first black hostel director in Britain, through the newly opened simulation facility.

The center’s innovative approach to medical training includes a ‘community house’ within the Daphne Steele building, allowing trainees to practice in realistic scenarios with a range of mannequins.

NHIC also addresses the need for healthcare workers, including nurses, paramedics, and podiatrists, in the face of NHS staffing challenges.

Local connections and a focus on skill development relevant to the region distinguish Huddersfield as a prime location for medical training, with the NHIC viewed as a groundbreaking project in the North of England.

Robert Steele, son of NHS worker Daphne Steele, praises NHIC’s tribute to his mother’s legacy, recalling her impactful career in healthcare that garnered global recognition.

Source: www.theguardian.com

Top Foldable Smartphones and Tablets: Android’s Latest Innovations Go Head-to-Head

I
Is it a phone call? Is it a tablet? A new group of folding devices, with phone-like screens on the outside and large displays that open like books on the inside, are vying to appeal to consumers who want the best of both worlds.

Each is better in different parts of the equation, but which one is better overall? I tested the most promising devices in a round-by-round contest to find the foldable phone champion. Ta.


contestants

  • Samsung Galaxy Z Fold 5 – Category Definer, now in its 5th generation

  • Google Pixel Fold – Android manufacturer’s first attempt at a foldable smartphone

  • one plus open – A first for the brand, built on parent company Oppo’s 3rd generation technology

  • Honor Magic V2 – The third generation foldable model will be available in Europe from the end of January





The outer screen is important for phone-type uses such as messaging and calling, but it varies greatly from device to device. From left to right: Honor Magic V2, OnePlus Open, Google Pixel Fold, Samsung Galaxy Z Fold 5. Photo: Samuel Gibbs/The Guardian

The dimensions of the outer screen make a big difference in how much the folder resembles a phone, and is where the devices differ the most.

The Z Fold 5’s outer screen is long and narrow, making typing uncomfortable. The Pixel Fold is short and stubby, so the keyboard is full width, but the apps are a little short and stubby. The Open and Magic V2 are more phone-like and much easier to fold and use.

winner: Honor Magic V2 – The thinnest, most phone-like experience available.





When it opens like a book, the large screen inside takes center stage. Top left to bottom right: Honor Magic V2, Google Pixel Fold, OnePlus Open, Samsung Galaxy Z Fold 5. Photo: Samuel Gibbs/The Guardian

The size and shape of the inner screen is a bit more consistent between brands. The OnePlus and Honor are the most square when unfolded, while the others are slightly longer on one side, similar to the iPad’s display.

Similarly, all screens have high refresh rates and are crisp and bright. Some products are better at preventing fingerprints and glare from lights, while others, like those from Samsung, support stylus input.

The big difference is the feel of the screen under your fingers and the visibility of the crease in the center of the screen. The Z Fold 5 has the most solid-feeling screen, but the Open has less noticeable creases than the others.

winner: OnePlus Open – Less noticeable creases and the smoothest feel.