Do more in the outdoors and celebrate the US trails network.

A person using ChatGPT on their phone (Kurt "CyberGuy" Knutsson) Welcome to Fox News’ Artificial Intelligence newsletter with the latest AI technology advancements.IN TODAY'S NEWSLETTER:- Scammers can exploit your data from just one ChatGPT search- Business Insider embraces AI while laying off 21% of workforce- Nvidia, Dell partner with Trump admin to make next-gen supercomputerGUARD YOUR DATA: ChatGPT and other large language models (LLMs) have become amazing helpers for everyday tasks. Whether it's summarizing complex ideas, designing a birthday card or even planning your apartment's layout, you can get impressive results with just a simple prompt.NEWS BREAK: Business Insider announced Thursday that the company will be shrinking the size of its newsroom and making layoffs, impacting over a fifth of its staff. Business Insider CEO Barbara Peng said in an internal memo obtained by Fox News Digital that the company is "fully embracing AI," as 70% of the company’s staff currently uses Enterprise ChatGPT, with a goal of 100%.  Sen. Elizabeth Warren and progressives are taking issue with what they see as Nvidia's outsized influence in the AI chip market. (Justin Sullivan/Getty Images)HIGH TECH: Nvidia and Dell on Thursday announced a breakthrough supercomputer powered by artificial intelligence (AI) will launch next year to help drive research at the Department of Energy (DOE).SETTING THE PACE: Pace University uses AI and scannable QR codes to read graduates' names. Passengers arrive to Terminal B at Newark Liberty International Airport in Newark, New Jersey on May 7, 2025. (KENA BETANCUR/AFP via Getty Images)A-'EYE' IN THE SKY: Transportation Secretary Sean Duffy recently announced that artificial intelligence (AI) is being used to detect and address air traffic risks, following a slew of near-misses and fatal plane crashes across the country.'PROFOUND TRANSFORMATION': Nvidia, a leader in the artificial intelligence (AI) space, saw shares rise 3% in after-hours trading following the announcement. The earnings report showed that first-quarter net income was up 26% from a year ago at nearly $19 billion, with revenue rising to $44 billion, up 69% from last year. Apple logo (Kurt "CyberGuy" Knutsson)'AGRI-FICIAL' INTELLIGENCE: John Deere is turning to artificial intelligence to help farmers address labor shortages and enable them to handle other tasks associated with their business.APPLE’S AI RECKONING': OpenAI has just made a move that's turning heads across the tech world. The company is acquiring io, the AI device startup founded by Jony Ive, for nearly $6.5 billion. This isn't your typical business deal. It's a collaboration between Sam Altman, who leads OpenAI, and the designer responsible for some of Apple's most iconic products, including the iPhone and Apple Watch.STANDING TALL AGAIN: For Caroline Laubach, being a Wandercraft test pilot is about more than just trying out new technology. It's about reclaiming a sense of freedom and connection that many wheelchair users miss. Laubach, a spinal stroke survivor and full-time wheelchair user, has played a key role in demonstrating the personal AI-powered prototype exoskeleton's development, and her experience highlights just how life-changing this device can be. A man using an exoskeleton to walk. (Wandercraft)BOT BLUNDER: Google’s artificial intelligence chatbot is being slammed for "anti-American" claims about the supposed White supremacist origins of Memorial Day.FOLLOW FOX NEWS ON SOCIAL MEDIASIGN UP FOR OUR OTHER NEWSLETTERSDOWNLOAD OUR APPSWATCH FOX NEWS ONLINEFox News GoSTREAM FOX NATIONFox NationStay up to date on the latest AI technology advancements and learn about the challenges and opportunities AI presents now and for the future with Fox News here. This article was written by Fox News staff.

Cicadas are back at it again in 2025, already emerging in droves to announce the approach of summer with their screeches. If you live in the Eastern U.S., get ready to meet (and hear) Brood XIV (14), this year’s batch of periodical cicadas. Cicadas in Brood XIV have begun to pop up in multiple states, climbing out of the underground holes that they’ve spent the last 17 years in. Now, they’ll dedicate the entire month of June to mating and laying eggs before dying. Learn more about the lives of these noisy insects and what makes Brood XIV so noteworthy. Cicadas From South to NorthPeriodical cicadas consist of seven species, falling under 15 broods that either emerge every 13 or 17 years. They’re not the same as annual cicadas, which arrive every summer in much smaller numbers and don’t have the same synchronized development.Most years, one brood of periodical cicadas makes an appearance above ground. However, 2024 was an extraordinary year for cicadas because two adjacent broods (XIII and XIX) overlapped. The rare double-brood event was a must-see, since the next double-brood won’t occur until 2037 (IX and XIX will emerge together, but they aren’t adjacent). This year’s Brood XIV — a 17-year brood — won’t bring as much cicada chaos as last year, but its range is undoubtedly impressive. Cicadas will appear mostly in the Midwest and South, with a large swath concentrated from southern Ohio, down through Kentucky, and Tennessee. Their prevalence in Kentucky has led some to designate Brood XIV as the “Bourbon Brood”.Cicadas in Brood XIV will also appear as far south as northern Georgia and as far north as Long Island, New York, and Cape Cod, Massachusetts. Brood XIV is notable for being the second largest brood after XIX, a 13-year brood referred to as “The Great Southern Brood." Brood XIV is also considered to be the ancestral group from which all other 17-year broods have been shaped. This brood holds a special place in history, as its forebears were first recorded by the Pilgrims in the Plymouth Colony in 1634. Understanding the Cicada Lifecycle Cicadas in Brood XIV were last seen above ground in 2008; the ones that lived back then laid the eggs that have now become the fully-fledged cicadas emerging this year. The cicada life cycle starts when eggs that are located underground hatch into nymphs, which eat fluid from the roots of trees. The nymphs undergo five juvenile stages over the course of years, molting with each stage. They eventually crawl out of exit tunnels and find a spot to molt one final time, marking the start of adulthood. Once the adult cicadas’ exoskeleton hardens, they then focus on mating. The males climb up trees and produce their shrill songs en masse, using muscles to vibrate a rigid part of their exoskeletons called tymbals. After mating, a female cicada lays upwards of 600 eggs that will hatch after six to ten weeks, long after all of the adults have died. The newborn nymphs will then fall out of trees and burrow underground to begin the cycle anew. The Issue with Stragglers Tracking and mapping periodical cicadas of each brood is an ongoing process that needs updating nearly every year. The majority of broods come out on time, but it turns out that not all cicadas are flawless in their timekeeping.One factor that complicates tracking efforts is the existence of stragglers, cicadas that emerge earlier or later than their brood is supposed to. Stragglers that arrive at the wrong time could potentially mix with separate, adjacent broods, causing gene flow. For example, the concern this year is that previous broods could have stragglers that appear late and intermingle with Brood XIV. These stragglers could come from Brood X, which last emerged 4 years ago (and stragglers tend to emerge 1 or 4 years after their parent brood). There usually aren’t many stragglers for any given year, and they’re often picked out quickly by predators. However, some survive and influence nearby broods that emerge on time, which can throw off the data that scientists collect. Beyond the inevitable racket that they’ll create, cicadas are entirely harmless. They don’t bite or sting, but at the very least, be prepared for a loud month ahead. Article SourcesOur writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:University of Connecticut. Brood XIVArizona State University. Cicada Life CycleUniversity of Connecticut. Straggling and core 17-year broodsJack Knudson is an assistant editor at Discover with a strong interest in environmental science and history. Before joining Discover in 2023, he studied journalism at the Scripps College of Communication at Ohio University and previously interned at Recycling Today magazine.

Got a project that’s too contemporary for your client? Submit your conceptual works, images and ideas for global recognition and print publication in the 2025 Vision Awards! The clock is ticking — submit your work ahead of the Main Entry deadline on June 6th. After almost fifty years of being open to the public, the Centre Pompidou will temporarily close for a major renovation. The works will address structural aging and bring the facility up to current safety, accessibility and environmental standards, ensuring the Centre Pompidou can continue to operate as a world-class institution. The closure is expected to last approximately five years, with reopening planned for 2030. As would-be visitors postpone their architectural pilgrimages, it’s an opportune moment to revisit some of its most distinctive architectural features. Since its inauguration in 1977,  it is one of Paris’ most recognizable landmarks, an icon of High-Tech architecture and a beacon of cultural innovation. Designed by architects Renzo Piano and Richard Rogers, the building turned traditional museum design upside down (or, rather, inside-out!), with its boldly exposed infrastructure and brightly color-coded mechanical systems. French architecture firm Moreau Kusunoki, in collaboration with Frida Escobedo Studio, was selected to lead the ambitious project for their thoughtful approach to contemporary interventions in historic settings and their commitment to sustainability. The upgrade involves no expansion of the original structure; instead, it focuses on improving the building’s long-term resilience and functionality while staying true to the original design’s spirit. View of Centre Pompidou from Montmartre, Paris, France. | Photo by Zairon via Wikimedia Commons under CC BY-SA 4.0. 1. The Centre Pompidou is undoubtedly a bold architectural landmark and a prime example of High-Tech Architecture, also known as Structural Expressionism. This style emerged in the late 1960s, primarily in the United Kingdom, and later spread internationally. Highly influenced by Modernism and Brutalism, High-Tech Architecture proudly displays building components, such as structural and mechanical systems, which are typically concealed. The style also celebrates industrial materials, engineering innovation, and prefabrication. Renzo Piano and Richard Rogers were part of a wave of architects, including Norman Foster, Santiago Calatrava, Nicholas Grimshaw, and Michael Hopkins, among others, who contributed significantly to the style’s development. As one of the style’s earliest and most provocative designs, the Centre Pompidou remains an all-time architectural icon.  2. The Centre Pompidou opened its doors in 1977, stirring controversy because of its industrial, rough aesthetic. Its boldly displayed structural and mechanical systems made the building look more like an industrial construction — such as factories or power plants — than a conventional civic building. Many critics saw it as out of place in historic Paris, especially compared to institutions like the Louvre, which embody traditional architectural principles. Yet, its provocative aesthetics, once criticized, are now recognized as a strength, pushing the boundaries of what an art institution can look like. Today, the Centre Pompidou is a powerful symbol of contemporary architecture that reflects the spirit of artistic avant-garde. Views of Paris from Centre Pompidou’s panoramic escalator. Photos by Huân Lê via Unsplash (right) and Florian Peeters via Unsplash (left). 3. Located in the Beaubourg area of Paris’ Marais district, the Centre Pompidou — also referred to as Beaubourg — has played a key role in revitalizing the neighborhood and activating public life with its plaza. It represents far more than a traditional museum, promoting street performances and cultural events. This strategy has transformed the area into a dynamic neighborhood, attracting both locals and visitors. 4. The Centre Pompidou was envisioned as a multidisciplinary cultural institution. In addition to its world-class modern and contemporary art collection, it also houses the Bibliothèque publique d’information (Bpi), the Institute for Research and Coordination in Acoustics/Music (IRCAM), movie theaters, and performance spaces. The integration of multiple disciplines under one roof promotes a vibrant cultural ecosystem that engages a broad and diverse public. 5. One of the Centre Pompidou’s most striking features is the external glass-enclosed escalator that rises the south façade overlooking the plaza. Nicknamed “la chenille” — French for “the caterpillar” — the escalator is more than just functional; it is a defining part of the visitor experience, offering panoramic views of Paris. This façade, with its distinctive escalator, has become so emblematic that a stylized drawing of it serves as the Centre Pompidou’s logo and branding. Centre Pompidou’s color-coded infrastructure. | Photo by Adora Goodenough via Unsplash. 6. Another outstanding feature of the building’s design is its color-coded infrastructure systems, which not only serves a functional purpose but also creates a vibrant visual language. Each  system is painted a different color to indicate its function: Blue for air ducts Green for plumbing Yellow for electrical systems Red for circulation (staircases, escalators, and elevators) The upcoming upgrade project will maintain this defining design aspect — so closely tied to the building’s identity and the spirit of the institution it houses — while improving the building’s overall functionality and sustainability with more energy-efficient technologies.   Centre Pompidou 2030 design by Moreau Kusunoki in association with Frida Escobedo Studio. Paris, France | Visualization by Moreau Kusunoki 7. Like the building’s infrastructure systems, the structure is also external, forming a steel exoskeleton composed of prefabricated steel trusses and diagonal bracing. This design approach reflects Renzo Piano and Richard Rogers’ intent to create a visually striking architecture that emphasizes clarity and legibility. The renovation will preserve and restore this architectural expression while making significant upgrades to meet today’s standards, including the refurbishment of the steel frame and façades without compromising the original design intent. 8. By placing the building’s structural and mechanical systems on the exterior, the Centre Pompidou offers expansive open spaces that can be easily reconfigured. This design approach optimizes the flexible use of spaces, ideal for exhibitions and performances. The new design will not expand the original structure but will make better use of previously underutilized areas. According to the architect’s project statement, the renovation seeks to “rationalize and simplify the spatial organization in order to establish clear, readable layout principles.” Centre Pompidou 2030 design by Moreau Kusunoki in association with Frida Escobedo Studio. Paris, France | Visualization by Moreau Kusunoki 9. In their project statement, Moreau Kusunoki also explain the shift in societal values since the Centre Pompidou opened in 1977: “When the Centre Pompidou was conceived, notions of speed, animation and information dissemination symbolized progress. Today, the paradigm is reversed: faced with information overload, fragmented attention and isolation caused by screen time, the Centre Pompidou offers a space where mediation, human interaction and the physical experience are central.” 10. The Atelier Brancusi is integral to the Pompidou’s identity. Situated just beside the main building on Place Georges-Pompidou, it will also close temporarily during the renovation. The renovation measures are aimed to ensure its careful preservation and eventual reopening in 2030. Got a project that’s too contemporary for your client? Submit your conceptual works, images and ideas for global recognition and print publication in the 2025 Vision Awards! The clock is ticking — submit your work ahead of the Main Entry deadline on June 6th. Top image: Centre Pompidou 2030 by MOREAU KUSUNOKI,Paris,France The post 10 Facts About Centre Pompidou, a High-Tech Architectural Iconic in Paris appeared first on Journal.

Nature, Published online: 21 May 2025; doi:10.1038/s41586-025-08944-wRe-examination of the presumed Cambrian fossil fish Anatolepis reveals previous misidentification of aglaspidid sensory structures as dentine, a vertebrate sensory tissue, showing it to be an arthropod, and shifting the origin of vertebrate hard tissues to the Middle Ordovician.

Published May 24, 2025 6:00am EDT close AI exoskeleton gives wheelchair users the freedom to walk again Wandercraft's Personal Exoskeleton is about helping people stand tall, connect with others and live life on their own terms. For Caroline Laubach, being a Wandercraft test pilot is about more than just trying out new technology. It's about reclaiming a sense of freedom and connection that many wheelchair users miss. Laubach, a spinal stroke survivor and full-time wheelchair user, has played a key role in demonstrating the personal AI-powered prototype exoskeleton's development, and her experience highlights just how life-changing this device can be."When I'm in the exoskeleton, I feel more free than I do in my daily life," said Laubach. "It gives me the opportunity to walk around and talk to people at eye level. I don't have to look up at people all the time. "It makes me feel more visible and able to connect with others. One thing I noticed right away, was how inclusive the exoskeleton would be to a wide variety of disabilities. The goal is to have disabled people able to use this exoskeleton to live their daily life out in the world; I can definitely see that happening in the future." Laubach's story is at the heart of Wandercraft's mission: to help people move through the world with greater walking independence and upright mobility. Caroline Laubach walking in the Prototype Personal Exoskeleton at Nvidia GTC 2025. (Wandercraft)A personal mission becomes a global visionWandercraft's journey began with a personal challenge. Nicolas Simon, the company's co-founder, saw his own family members struggle with mobility due to Charcot-Marie-Tooth disease, a genetic condition. As a student and robotics enthusiast, Simon wanted to create something that could help his brother and others like him walk again. Alongside Matthieu Masselin and Jean-Louis Constanza, who also had a personal connection to the cause, Simon founded Wandercraft in 2012.AI ENABLES PARALYZED MAN TO CONTROL ROBOTIC ARM WITH BRAIN SIGNALSTheir goal was simple but ambitious: to bring advanced mobility solutions to the estimated 80 million people worldwide who rely on wheelchairs. A man using an exoskeleton to walk. (Wandercraft)From clinics to everyday lifeWandercraft's first exoskeleton, Atalante X, is already making a difference in over 100 clinics and research centers worldwide. This device, cleared by the Food and Drug Administration (FDA) and approved in Europe, helps patients take over a million steps each month as part of their rehabilitation. It has already helped hundreds regain some mobility and independence.But Wandercraft wanted to go further. The new Personal Exoskeleton protoype, now in clinical trials in New York and New Jersey, is designed for daily life, at home, at work, and out in the community. It uses NVIDIA AI to adapt instantly to each user's movements, providing smooth, stable walking on all sorts of surfaces, from sidewalks to carpets. Users control the exoskeleton with a joystick, making it accessible to people with a wide range of abilities. A man using an exoskeleton to walk. (Wandercraft)How AI and simulation make it possibleA big part of Wandercraft's progress comes from its partnership with Nvidia. The team uses Nvidia Isaac Sim, a powerful simulation tool, to test and improve the exoskeleton in virtual environments before real-world trials. They're also exploring Nvidia's healthcare robotics and edge computing platforms to make the device smarter and more responsive.This technology means the exoskeleton can someday keep up with everyday life, walking at a normal pace, crossing streets, and even handling stairs. As Simon puts it, "It's essential for the exoskeleton to be fast enough that it can be used in the real world. By integrating NVIDIA AI into the device, we can someday enable users to walk at an average pace, cross the road, and go up and down stairs."BIOTECH CEO PREDICTS 'REVOLUTIONARY' STEPS TOWARD CURING CANCER ON HORIZON THANKS TO AI A man using an exoskeleton to walk. (Wandercraft)More than mobility: health and social benefitsWandercraft's commitment to improving lives goes beyond just building exoskeletons. In the heart of Manhattan, the company has opened Walk in New York by Wandercraft, a state-of-the-art physical therapy practice and Atalante X walk center located at 345 Park Avenue South. This groundbreaking center is the first of its kind in the U.S. and represents a partnership between Wandercraft and licensed physical therapy professionals to help individuals with neurological conditions move more, move better and move again.At Walk in New York, movement is truly seen as medicine. The center offers personalized screenings with licensed physical therapists, hands-free walking sessions using the Atalante X exoskeleton, and comprehensive neurorehabilitation services. Patients can experience walking again in a safe, professional environment, regardless of their trunk or upper body strength. Each therapy plan is tailored to the individual, and progress is tracked objectively to ensure the best possible outcomes.The technology at Walk in New York goes beyond exoskeletons. The center features virtual reality systems for real-time movement feedback, mirror therapy to promote motor recovery, advanced gait analysis, and immersive environments that make rehabilitation more engaging and effective.Walk in New York is also set to become the hub for Wandercraft's Personal Exoskeleton, where individuals will be able to receive their own devices, undergo training, and access ongoing support as this technology becomes available for everyday use. The center's focus on personalized care and innovation makes it a welcoming space for anyone interested in rediscovering mobility, whether for themselves or a loved one.At Walk in New York, the belief is simple: movement is medicine, and everyone deserves the chance to move through life with confidence and independence. Walk in New York. (Wandercraft)What's next for WandercraftWandercraft is working toward FDA approval for the Personal Exoskeleton, with hopes of making it available to millions of wheelchair users in the U.S. and beyond. The company is actively recruiting participants for its clinical trials and is committed to making this technology accessible, with plans for Medicare coverage in the future.Are you an adult 18 or older with a complete or incomplete motor SCI at or above the T6 vertebra? If so, you might be eligible for our clinical trial. To participate, you'll need a physically able companion to assist you during sessions. If you don't have someone in mind, don't worry, Wandercraft is creating a volunteer network to help connect trial participants with companions. Both patients and companions should be able to speak English or communicate well with a translator. If you meet these criteria, or if you're interested in volunteering as a companion, you can reach out to Wandercraft by emailing them at clinicaltrials@wandercraft.healthWHAT IS ARTIFICIAL INTELLIGENCE (AI)? A man using an exoskeleton to walk. (Wandercraft)A brighter future for mobilityDespite all the advances in technology over the past few decades, tens of millions of people still rely on wheelchairs. Wandercraft's Personal Exoskeleton, shaped by the real-life experiences of test pilots like Laubach, is offering a new way forward, one that brings freedom, independence and a renewed sense of possibility. A man using an exoskeleton to walk. (Wandercraft)Kurt's key takeawaysLaubach's story really shows how powerful this technology can be when it is designed with real people in mind. Wandercraft's Personal Exoskeleton isn't just about robotics or AI; it's about helping people stand tall, connect with others, and live life on their own terms. Every step taken with this device brings that vision closer to reality, making the future of mobility feel more hopeful and within reach than ever before.CLICK HERE TO GET THE FOX NEWS APPIn what ways could AI-driven wearable robotics reshape how we think about disability and independence? Let us know by writing us atCyberguy.com/ContactFor more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading to Cyberguy.com/NewsletterAsk Kurt a question or let us know what stories you'd like us to cover.Follow Kurt on his social channels:Answers to the most-asked CyberGuy questions:New from Kurt:Copyright 2025 CyberGuy.com. All rights reserved.   Kurt "CyberGuy" Knutsson is an award-winning tech journalist who has a deep love of technology, gear and gadgets that make life better with his contributions for Fox News & FOX Business beginning mornings on "FOX & Friends." Got a tech question? Get Kurt’s free CyberGuy Newsletter, share your voice, a story idea or comment at CyberGuy.com.

Not often have I heard of a mouse overheating and blowing up in the hand. The little computing rodent is safe to deal with. Not surprisingly then, we are consciously okay handling them during those nerve-wrecking battles and work hours extending beyond dawn. But the same cannot be said for sticky, sweaty hands you’re left with on the plasticky mice. Notwithstanding, no one has thought of giving the mouse a fan, until now. Noctua, the famous Austrian computer hardware manufacturer, that has for years kept CPUs cool with its incredible fans, has teamed with Pulsar for a gaming mouse with a built-in fan. The beige and brown Noctua fans have been part of our lives, ever so quietly beefing up our devices’ performance. Now a small Noctua is finding its way into Pulsar’s flagship mouse. The idea of the fan inside a mouse is simple, to keep the hand dry; not that we thought the innards of the mouse required cooling. Designer: Noctua x Pulsar Showcased at the 2025 Computex in Taipei, Taiwan, the Pulsar x Noctua gaming mouse is based on the Pulsar Feinman F01, whose internals have been adjusted to integrate a 40 mm Noctua NF-A4x10 5-Volt PWM fan. The exterior of the mouse is an innovative magnesium alloy exoskeleton with cutouts to direct airflow to your palm, keeping it chill when the going gets tough. For the new collaboration, Pulsar has painted its flagship Feinmann mouse in Noctua colours, including a fan – which of course is in signature beige-brown outfit. The co-branded mouse is called the Pulsar x Feinman Noctua Edition and, despite the fan onboard, is said to have ultra-quiet operation. According to the available information, the fan inside of the mouse runs almost quietly with a noise level of 17.9dB. Since quietness and the idea to keep the sweating palm dry don’t make for a good gaming mouse, the Pulsar x Feinman Noctua borrows all its impeccable features from its predecessor. For a gamer’s benefit, the lightweight wireless mouse has a XS-1 sensor delivering an awesome 32,000 dpi. To ensure smooth gameplay, it offers 8 kHz polling rate, an acceleration of 50G, and a speed of 750 IPS, and comes with its own charging dock. There is no word on the exact weight of the mouse, or how much the fan eats up on the battery, but considering Feinmann F01 weighs only 46g, thanks to its magnesium housing, the fan-based mouse probably weighs just as much. Same is for the price, the F01 costs about $180 and the Pulsar x Feinman Noctua Edition is expected to cost $200, when it goes on sale in November 2025. The post Pulsar x Feinman Noctua mouse has a built-in fan to chill your sweaty palm first appeared on Yanko Design.

It doesn’t take long for a bad chair to make its presence known. That quiet pinch in your lower back, the sluggish haze from poor circulation, the awkward neck tilt that becomes second nature after long hours at your desk—these are all familiar signs that your chair isn’t keeping up. Standing desks and stability balls offer clever workarounds, but they’re solutions that orbit the real problem. What if we stopped trying to adapt ourselves to sitting and started designing a chair that actually adapts to us? That’s where the LiberNovo Omni enters, not just as a chair but as a radical rethinking of how we interact with our workspace. Visually, it’s unapologetically overengineered, but in a great way. You see the exposed joints, the angular precision, and know it wasn’t sculpted for aesthetics alone. It’s designed to be dynamic, because nobody benefits from a sedentary lifestyle. The OmniDyna Support system responds to micro-movements with real-time adjustments powered by embedded sensors and low-noise actuators. Unlike traditional chairs that pretend movement is optional, the Omni understands it’s inevitable. Rather than correcting your posture, it flows with it. Designer: LiberNovo Click Here to Pre-Order Now: $10 (Unlock an extra $50 off the Kickstarter Launch Price of $698). Hurry, only 500 units available! Deal ends soon. The Bionic FlexFit Backrest, made up of 16 precision joints and 8 kinetic panels, mirrors your spine with accuracy. Rather than just a curved backrest that purportedly corrects your spine, this one mimics it. Whether you’re craning forward to sketch or sinking back to recharge, the six-point coordination system syncs your upper and lower body into a unified axis of comfort. Think exoskeleton, but providing support as well as comfort. Omni’s bionic FlexFit backrest, powered by an electric motor, adapts to all body types, forming a personalized S-shape that provides constant, stable support. Traditional seating assumes people freeze once they find a “neutral position.” But the data says otherwise – most users shift postures 10 to 15 times an hour. The Omni embraces that need for movement with a support profile that evolves as you do. And it doesn’t just adapt, it actively aids recovery. Hit a key combo and the built-in spinal stretch module activates, arching and curling the seat like a chair-sized yoga instructor performing Cat-Cow. Yes, this is the only ergonomic office chair that gives your spine a stretch massage. 6-coordinated linkage system moves with your body, from the headrest to the armrests, providing all-day support and promoting healthier sitting. Then there’s the recline. Not a casual lean-back, but a modular, angle-specific system tuned for function. Deep Focus Mode, Solo Work Mode, Soft Recline Mode, and Spine Flow Mode – each one adjusts the backrest tension, seat pan tilt, and lumbar pitch with near-obsessive precision. The LiberNovo Omni provides 4 recline angles, from 105°, up to a 160° ‘zero gravity’ mode, allowing you to easily switch between work, gaming, and relaxation. Nearly every element of the Omni is designed to be micro-adjusted, so the chair suits you from neck to thigh to wrist. The 4D armrests pivot, slide, and elevate to match everything from tablet sketching to elbow-hovering gaming. The headrest rotates, shifts vertically and horizontally, or comes off completely. Lumbar support is motorized and adjusts within a two-inch range via onboard toggle. Even the materials are layered with intent: a breathable mesh outer shell, an adaptive memory foam mid-core, and a rigid aerospace-grade frame underneath. It breathes, conforms, and supports without compromise. This isn’t a chair for occasional use or short sessions like the one at your dining table or on the porch. It’s a full-shift command center overengineered to the point of being decades ahead of its time – but perfect for the sedentary lifestyle that’s been plaguing most professions for over a decade now. The developer pushing commits at 2 a.m., the editor polishing their cut frame-by-frame, the gamer six hours deep into a campaign – these are the people who’ll feel the difference in the first hour and won’t go back. Click Here to Pre-Order Now: $10 (Unlock an extra $50 off the Kickstarter Launch Price of $698). Hurry, only 500 units available! Deal ends soon.The post Ergonomic Office Chairs Are Lying to You – This Chair Massages Your Spine Instead Of Cradling It first appeared on Yanko Design.

CT scan of the front of a skate, showing the hard, tooth-like denticles (orange) on its skinYara Haridy Teeth first evolved as sensory organs, not for chewing, according to a new analysis of animal fossils. The first tooth-like structures seem to have been sensitive nodules on the skin of early fish that could detect changes in the surrounding water. The finding supports a long-standing idea that teeth first evolved outside the mouth, says Yara Haridy at the University of Chicago. Advertisement While there was some evidence to back this up, there was an obvious question. “What good is having all these teeth on the outside?” says Haridy. One possibility was that they served as defensive armour, but Haridy thinks there was more to it. “It’s great to cover yourself in hard things, but what if those hard things could also help you sense your environment?” True teeth are only found in backboned vertebrates, like fish and mammals. Some invertebrates have tooth-like structures, but the underlying tissues are completely different. This means teeth originated during the evolution of the earliest vertebrates: fish. Haridy and her team re-examined fossils that have been claimed to be the oldest examples of fish teeth, using a synchrotron to scan them in unprecedented detail. Unmissable news about our planet delivered straight to your inbox every month. Sign up to newsletter They focused first on fragmentary fossils of animals called Anatolepis, which date from the later part of the Cambrian Period, which ran from 539 million to 487 million years ago, and early in the Ordovician Period, which ran from 487 million to 443 million years ago. These animals had a hard exoskeleton, dotted with tubules. These had been interpreted as being tubules of dentine, one of the hard tissues that make up teeth. In human teeth, dentine is the yellow layer under the hard white enamel and it performs many functions, including sensing pressure, temperature and pain. This led to the idea that the tubules are precursors to teeth called odontodes and that Anatolepis is an early fish. That isn’t what Haridy and her team found. “We saw that the internal anatomy [of the tubules] didn’t actually look like a vertebrate at all,” she says. After examining structures from a range of animals, they found that the tubules were most similar to features called sensilla found on the exoskeletons of arthropods like insects and spiders. These look like pegs or small hairs and detect a range of phenomena. “It can be everything from taste to vibration to changes in air currents,” says Haridy. This means Anatolepis is an arthropod, not a fish, and its tubules aren’t the direct precursors to teeth. “Dentine is likely a vertebrate novelty, yet the sensory capabilities of a hardened external surface were present much earlier in invertebrates,” says Gareth Fraser at the University of Florida in Gainesville, who wasn’t involved in the study. With Anatolepis out of the picture, the team says, the oldest known teeth are those of Eriptychius, which is only known from the Ordovician Period. These do have true dentine – in odontodes on their skin. Haridy says invertebrates like Anatolepis and early vertebrates like Eriptychius independently evolved hard, sensory nodules on their skin. “These two very different animals needed to sense their way through the muck of ancient seas,” she says. In line with this, the team found that the odontodes on the skin of some modern fish still have nerves – suggesting a sensory function. Once some fish became active predators, they needed a way to hold onto their prey, so the hard odontodes made their way to the mouth, where they could be used to bite. “Based on the available data, tooth-like structures likely first evolved in the skin of early vertebrates, prior to the oral invasion of these structures that became teeth,” says Fraser. Journal reference:Nature DOI: 10.1038/s41586-025-08944-w Topics:

Credit: Hypershell X Every weekend warrior knows the drill — you sit in front of a computer all week, and when the weekend hits, you bike, hike, and run yourself ragged. Your body feels destroyed on Monday. Repeat.If this sounds like you — or even if you’re a casual exerciser who wants to walk and bike longer distances without getting tired — the future has arrived. The world’s first-ever outdoor exoskeleton, Hypershell X, can help max out your physical abilities with minimal effort.Hypershell X is causing a buzz among both outdoorsy types and robotics enthusiasts, and it won the Best of Innovation in Robotics award at CES 2025.The cyborg-looking device fits like a second skin over your legs and provides up to 800 watts of power, helping you raise your legs and increasing strength up to 40 percent. Whether you’re walking, running, cycling, climbing stairs, or mountaineering, the device’s motor utilizes AI to adapt to your movements in real time, intuitively. Opens in a new window Credit: Hypershell Hypershell X Series From $999 Basically, you feel like yourself, only stronger. Welcome to the future of wearable roboticsThe Hypershell X may look like a sci-fi fantasy device, but you’ll barely feel it while you’re wearing it. Just buckle on the "fanny pack", which also houses the removable and rechargeable battery, and the ergonomic hip levers fit down your legs and are secured by soft straps above your knees. Power the device up via the exoskeleton’s one-touch button, and the M-One motor kicks in, reducing your leg’s physical exertion by up to 30 percent. Mashable Light Speed Want more out-of-this world tech, space and science stories? Sign up for Mashable's weekly Light Speed newsletter. By clicking Sign Me Up, you confirm you are 16+ and agree to our Terms of Use and Privacy Policy. Thanks for signing up! Credit: Hypershell The device itself weighs under five pounds and nicely folds up to fit into your backpack. It can go up to almost 11 miles on one charge, works in temperatures as low as minus-4 degrees Fahrenheit, and the exoskeleton is fully adjustable (think of your over-ear headphones, but with more moving parts) and accommodates different body types.In addition, Hypershell X can offset up to 66 pounds of weight, which is a huge bonus for adventurers who carry packs full of heavy gear.The AI algorithm syncs to your movementsThe Hypershell X uses a combination of AI algorithms, advanced sensors, and robotics to adjust and sync with your movements, so every step feels natural and effortless. The device might even feel different from day to day as it gets to know you, or as you get stronger, which is pretty cool. Credit: Hypershell As for the mobile app, you can use it to fine-tune your movement customizations, track your stats, and watch tutorials — or you can just pack your phone away and enjoy the great outdoors, using the exoskeleton’s button to adjust power levels whenever you want.Like other devices, the Hypershell X also receives firmware updates. One recent update includes multi-user device access, because you know all of your friends are going to want to take it for a spin.Which Hypershell X is right for you?The Hypershell X comes in three different models — the Go X, Pro X, and Carbon X — and each model varies in build material, power, battery range, and price.The least expensive Go X might be a good choice for biking to the park and less demanding activities such as day hikes, as it delivers 400 watts of power at peak output. The Pro X, on the other hand, can deliver twice the power output of the Go X, making it a solid choice for bike commuters, weekend warriors, and moving into your fifth-floor walkup. Last in the Hypershell X lineup, the Carbon X delivers 800 watts of peak power and is the lightest of the three models. It’s a great pick for people who pack in gear such as cameras and camping stoves and want to conquer mountains.Whether you’re facing gnarly hiking trails, long distances, or just biking around town, the new Hypershell X exoskeleton will boost your leg strength so you can go farther with less effort — and less wear on your body.