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Paralyzed Musician Creates Songs Using Brain Implant Technology

What Happened Dr. Galen Buckwalter has achieved what was once pure science fiction: creating music directly from brain signals. In 2024, Buckwalter underwent surgery to implant six Utah arrays—containing 64 microelectrodes each—across multiple brain regions including motor, sensory, and frontal cortices. Most remarkably, his implant includes the world’s first chronic placement inside the dorsolateral prefrontal cortex, a brain region crucial for reasoning and language. A Caltech graduate student developed a specialized algorithm that translates Buckwalter’s thoughts into musical tones.

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Waymo's School Bus Training Program Failed, Safety Issues Persist

What Happened Austin Independent School District entered into a partnership with Waymo to address a critical safety issue: the company’s autonomous vehicles were failing to recognize when school buses had activated their stop signs and flashing lights. The collaboration aimed to provide Waymo with real-world data on school bus operations, including lighting patterns, environmental conditions, and bus configurations. Despite this direct training approach and a December 2025 software recall affecting over 3,000 Waymo vehicles equipped with Jaguar I-Pace platforms, the safety violations have continued.

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Human Uterus Kept Alive Outside Body for First Time

What Happened Biomedical scientist Javier González and his team at the Carlos Simon Foundation developed a specialized device—essentially a metal box equipped with flexible tubing that mimics blood vessels—to sustain a donated human uterus outside the body. The machine, standing about a meter tall and resembling laboratory equipment, uses transparent containers as artificial organs and pumps modified human blood through the uterus via connected tubes. Ten months ago, the researchers carefully placed a freshly donated human uterus into a cream-colored container on the device’s surface and successfully maintained its viability for an entire day.

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Scientists Achieve Exotic Magnetic States With Minimal Energy

What Happened Researchers have made a groundbreaking discovery in the manipulation of magnetic structures at the nanoscale. The team successfully generated what they describe as “exotic oscillation states” within tiny magnetic whirlpools—likely magnetic skyrmions or similar topological magnetic textures—using minimal energy input. The breakthrough involves exciting magnetic waves within these structures, which then trigger extremely delicate motions. These motions produce what researchers call “a rich spectrum of signals never seen before in this system.

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GM Trains Self-Driving AI 50,000x Faster Than Real Time

What Happened General Motors has revealed its approach to training autonomous driving AI at unprecedented speeds, using simulation environments that operate 50,000 times faster than real-time driving conditions. The automaker is combining large-scale simulation, reinforcement learning, and foundation-model-based reasoning to develop what it calls “scalable driving AI.” The system specifically targets what engineers call the “long tail” problem in autonomous driving—the rare, ambiguous, and unexpected events that occur infrequently but pose the greatest safety challenges.

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Decade-Old Frozen Human Brain Shows Perfect Preservation

What Happened Greg Fahy, chief scientific officer at biotech companies Intervene Immune and 21st Century Medicine, recently completed his analysis of brain tissue samples from his deceased colleague L. Stephen Coles. The samples came from Coles’s brain, which has been stored at the Alcor cryonics facility in Arizona since 2014. Fahy’s findings, published after more than a year of analysis, show the brain tissue is “astonishingly well preserved.” When the frozen samples were slowly rewarmed and rehydrated, the cellular structure “bounced back” with every microscopic detail intact.

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SpaceX Eyes Orbital Data Centers to Challenge AWS and Google

What Happened According to reports from Ars Technica, SpaceX is investigating the feasibility of deploying data centers in Earth orbit as an alternative to traditional ground-based facilities. These orbital data centers would function similarly to the massive warehouse-sized facilities currently operated by major cloud providers like Amazon Web Services and Google, but would be located in space rather than on Earth. The concept involves replicating the essential components of modern data centers—including racks of servers, storage systems, high-speed networking equipment, power systems, and cooling infrastructure—in a space-based environment.

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Robots Learn Tennis from Humans in Major Breakthrough

What Happened A new robotics system called LATENT (Learns Athletic humanoid TEnnis skills from imperfect human motioN daTa) has successfully taught humanoid robots to play tennis by analyzing and learning from human players, even when the training data is incomplete or imperfect. Unlike previous approaches that required precise motion capture data or perfect demonstrations, LATENT can work with real-world human tennis footage and movements that contain natural variations and inconsistencies. The system uses deep reinforcement learning to translate human athletic behavior into robot movements, enabling humanoids to conduct competitive rallies with high-speed tennis balls.

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AI Smart Wheelchairs Navigate Complex Spaces Autonomously

What Happened A research team led by Christian Mandel and Serge Autexier at the German Research Center for Artificial Intelligence (DFKI) has created prototype electric wheelchairs equipped with advanced sensors and AI systems capable of autonomous navigation. The wheelchairs were tested in environments filled with potential obstacles, demonstrating two distinct operational modes. In semiautonomous mode, the system provides shared control where users operate the joystick while AI assistance helps navigate safely around obstacles.

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China Approves First Commercial Brain Chip for Paralyzed Patients

What Happened Neuracle Medical Technology received regulatory approval to commercially sell its brain-computer interface (BCI) device designed to treat hand paralysis caused by spinal cord injuries. The implant detects brain signals when patients think about moving their hands, then translates these neural patterns through software to control an external robotic glove. This approval represents a significant regulatory milestone—while companies like Neuralink, Synchron, and European competitors continue conducting clinical trials, China has authorized the first BCI device for direct sale to patients and healthcare providers.

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Virtual Heart Twins Are Already Saving Lives in Surgery

What Happened Boston Children’s Hospital achieved a medical breakthrough by creating precise digital replicas of patients’ hearts before surgery. The process begins with standard MRI and CT scans, which are then converted into 3D models. Engineers use advanced physics simulations to bring these models to life, creating virtual twins that accurately reproduce each patient’s unique cardiac anatomy and physiology. The technology emerged from an unexpected collaboration between Dassault Systèmes, a French aerospace company known for designing fighter jets and Formula One cars, and medical researchers.

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New Polymer Capacitors Store 4x More Energy at High Heat

What Happened The Penn State research team, led by electrical engineering researcher Qiming Zhang, created a capacitor using a novel polymer blend that maintains high energy storage capacity even under extreme heat. Published in the prestigious journal Nature, their study demonstrates that these new capacitors can function at temperatures reaching 250°C while storing roughly four times the energy density of today’s advanced polymer capacitors. This represents a significant advancement over current technology, where polymer capacitors typically max out around 100°C operating temperature.

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Your Phone Is Now a Police Tracking Device: The Rise of Sensorveillance

What Happened A comprehensive analysis by George Washington University law professor Andrew Guthrie Ferguson reveals how everyday technology has transformed into a pervasive surveillance network. In his book “Your Data Will Be Used Against You: Policing in the Age of Self-Surveillance,” Ferguson documents how law enforcement agencies have repurposed consumer devices and services into powerful tracking tools. The research exposes several key surveillance mechanisms: Geofence Warrants: Police can request data on all phones within a 150-meter radius of a crime scene.

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Scientists Bridge Bio-Tech Gap with AI-Powered Nanochips

What Happened Researchers have unveiled VINPix, a revolutionary silicon-photonic sensor technology that represents a major leap forward in biological sensing capabilities. The system uses silicon-photonic resonators with extraordinarily high-Q factors ranging from thousands to millions, packed at densities exceeding 10 million sensors per square centimeter. The technology integrates three cutting-edge approaches: nanophotonics for light manipulation at the molecular scale, acoustic bioprinting for precise sample handling, and artificial intelligence for real-time data analysis.

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Japan Approves World's First iPSC Cell Treatment

What Happened Japan’s regulatory authorities have issued the first-ever approvals for manufacturing and selling medical products based on induced pluripotent stem cell (iPSC) technology. This groundbreaking decision represents the culmination of two decades of scientific development that began when Japanese researcher Shinya Yamanaka first successfully reprogrammed adult mouse cells in 2006, work that later earned him the Nobel Prize in Physiology or Medicine. The approved treatments utilize iPSCs—adult cells that have been genetically reprogrammed to return to an embryonic-like state while maintaining the patient’s original DNA.

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Glass Substrates Could Revolutionize AI Chip Performance

What Happened Absolics, a South Korean semiconductor company, is launching commercial production of glass substrates designed specifically for AI chip packaging. These substrates, measuring 700 micrometers to 1.4mm thick, replace traditional organic materials like fiberglass-reinforced epoxy that currently serve as the foundation for connecting multiple silicon chips. The technology addresses a fundamental problem in modern computing: as AI workloads increase and chip packages grow larger, the heat generated causes traditional substrates to physically warp.

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6G Will Transform Networks Into AI-Powered Sensing Systems

What Happened IEEE Spectrum has published a comprehensive analysis tracing the evolution of wireless networks from 1G to the upcoming 6G standard, revealing a clear pattern toward system-wide intelligence. The analysis shows how each generation has fundamentally rewritten the relationship between three core elements: the Devices we carry, the Networks that connect them, and the Applications that run on them—what the authors call connectivity’s “DNA.” The 6G networks, expected to deploy by 2030, will represent the most dramatic shift yet.

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Nvidia Commits $26 Billion to Develop Open-Weight AI Models

What Happened Nvidia Corporation revealed in regulatory filings its intention to spend $26 billion on developing open-weight artificial intelligence models. Unlike the closed systems offered by companies like OpenAI (GPT-4) and Anthropic (Claude), open-weight models make their underlying parameters publicly available, allowing developers and researchers to inspect, modify, and deploy these models independently. This investment marks a significant strategic shift for Nvidia, which has primarily focused on providing the hardware infrastructure that powers AI systems rather than creating the models themselves.

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Yann LeCun Raises $1B to Build AI That Understands Physics

What Happened AMI Labs, co-founded by Yann LeCun and led by CEO Alexandre LeBrun (former CEO of medical AI company Nabla), secured $1.03 billion in March 2026 to develop what researchers call “world models” - AI systems designed to understand how the physical world operates. The funding round, which values the company at $3.5 billion before the investment, marks the largest seed funding round for a European AI startup in history.

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Yann LeCun Raises $1B for AMI Labs to Build 'World Model' AI

What Happened Yann LeCun, widely regarded as one of the “godfathers of artificial intelligence” and winner of the 2018 Turing Award, has launched AMI Labs with unprecedented financial backing. The company raised $1.03 billion in its initial funding round, achieving a remarkable $3.5 billion pre-money valuation that positions it among the most valuable AI startups globally. LeCun departed from his role as Meta’s chief AI scientist to pursue this venture, focusing specifically on developing “world models” — a fundamentally different approach to artificial intelligence than the large language models currently dominating the field.

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Engineers Create Magnetic Materials That Mimic Graphene

What Happened Researchers have achieved a breakthrough by creating magnetic materials that exhibit the same unusual physics as graphene, the single-layer carbon material that won the 2010 Nobel Prize in Physics. The team engineered thin magnetic films with a hexagonal pattern of holes that mimics graphene’s honeycomb atomic structure. The key discovery is that magnetic “spin waves”—ripples of magnetic energy that propagate through materials—in these patterned films follow identical mathematical rules to the electrons in graphene.

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OpenAI Robotics Lead Resigns Over Pentagon Partnership Deal

What Happened Caitlin Kalinowski, who has been spearheading OpenAI’s robotics division, announced her resignation in direct response to the company’s recent partnership with the Pentagon. As a hardware executive, Kalinowski was instrumental in OpenAI’s expansion beyond language models into physical AI systems and robotics applications. The timing of her departure is particularly significant, coming as OpenAI has been aggressively expanding its robotics capabilities and exploring how its AI models can be integrated with physical hardware systems.

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NASA Researchers Develop Laser 3D Printing for Lunar Bases

What Happened Scientists at Ohio State University have successfully demonstrated a laser-based 3D printing process that can create structures using lunar regolith—the fine, dusty material covering the Moon’s surface. Led by Dr. Sarah Wolff and graduate student Sizhe Xu, the research team developed a selective laser melting technique that fuses particles of simulated lunar soil into solid building materials. The process works by using high-powered lasers to heat lunar regolith particles to their melting point, causing them to fuse together layer by layer.

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TerraPower Gets First Nuclear Permit in Decade for Advanced Reactor

What Happened The Nuclear Regulatory Commission (NRC) has issued TerraPower its first construction permit since 2012, ending a regulatory drought that has stalled nuclear innovation in the United States. TerraPower, founded in 2008 by Microsoft co-founder Bill Gates and a team of nuclear engineers, will build what’s expected to be their Natrium reactor—an advanced design that uses liquid sodium instead of water for cooling. This approval comes after years of regulatory review and represents the first major breakthrough in U.

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Cancer Treatment Revolutionized by CERN's Millisecond Flash

What Happened Researchers at CERN, the European physics laboratory famous for the Large Hadron Collider, have successfully adapted particle accelerator technology to create FLASH radiotherapy—a cancer treatment that compresses weeks of radiation into millisecond bursts. The technique delivers over 40 Gray of radiation (equivalent to 20 conventional sessions) in less than 0.1 seconds, using 200 MeV linear electron accelerators. Physicist Walter Wuensch leads the multimillion-dollar project, working alongside Institut Curie researchers Vincent Favaudon and Marie-Catherine Vozenin.

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Duke University Creates World's Fastest Light Detector

What Happened Duke University scientists have achieved a major breakthrough in photodetection technology by creating an ultrathin device that combines unprecedented speed with full-spectrum light sensitivity. The photodetector can respond to electromagnetic radiation ranging from visible light to infrared and beyond, generating electrical signals in just 125 picoseconds. This achievement makes it the fastest pyroelectric detector ever built, according to the research team. Pyroelectric detectors work by converting temperature changes caused by absorbed light into electrical signals, but traditional devices typically operate in the nanosecond range—roughly 1,000 times slower than this new innovation.

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First 5-Year Brain Implant User Controls Smart Home with Thoughts

What Happened Rodney Gorham represents a breakthrough in brain-computer interface (BCI) technology, having used Synchron’s neural implant system for five continuous years—longer than anyone else with this type of device. Diagnosed with ALS, Gorham received the Stentrode implant through a minimally invasive procedure that placed the device over his motor cortex via blood vessels, avoiding the need for open brain surgery. The system allows Gorham to control a wide range of digital devices using only his thoughts.

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Fusion's Hidden Problem: Sensors That Can Survive 100M Degrees

What Happened A comprehensive new report sponsored by the U.S. Department of Energy has identified a critical technology gap that could hamper the commercial deployment of fusion power: the lack of advanced diagnostic tools capable of operating in extreme fusion environments. The report, which brought together 70 experts from universities, national laboratories, and private industry, pinpointed seven priority research areas for fusion plasma diagnostics. These range from measuring burning plasma conditions to developing sensors for full-scale pilot plants.

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Microsoft Uses Quantum Data to Train AI for Ultra-Fast Chemistry

What Happened Microsoft Quantum, working with Pacific Northwest National Laboratory (PNNL), has developed a revolutionary approach to computational chemistry that merges quantum computing accuracy with AI speed. The team successfully screened 32 million potential battery material candidates in under a week—a process that would have taken approximately 20 years using conventional computational methods. The breakthrough centers on what researchers call “bending Jacob’s Ladder,” a reference to physicist John P. Perdew’s 2001 metaphor for computational chemistry complexity.

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AI Successfully Verifies Fields Medal-Winning Math Proofs

What Happened Math, Inc. announced today that their Gauss AI system has formally verified the mathematical proofs that earned Maryna Viazovska her Fields Medal—mathematics’ equivalent of the Nobel Prize. Viazovska, who became only the second woman to receive the honor in its 86-year history, solved two versions of the notoriously difficult sphere packing problem in 2016. The sphere packing problem asks a deceptively simple question: How densely can identical spheres be packed in n-dimensional space?

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AI Demand Drives Data Centers to Arctic Circle for Cheap Energy

What Happened Tech companies are increasingly building data centers in Arctic and sub-Arctic regions to support the massive computational requirements of artificial intelligence systems. This northward migration is driven by AI labs’ exponential growth in compute consumption, which has created an urgent need for cost-effective power sources and cooling solutions. The trend represents a significant shift in data center geography, with operators seeking locations that offer both cheap electricity—often from renewable sources like hydroelectric power—and natural cooling from cold climates.

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NASA Overhauls Artemis Moon Program with Accelerated Timeline

What Happened NASA’s new leadership under Administrator Jared Isaacman has fundamentally restructured America’s return-to-moon strategy. The revised Artemis program adds a new Artemis III mission scheduled for mid-2027, which will test lunar lander docking capabilities in Earth orbit rather than attempting a direct moon landing. The original Artemis III moon landing has been redesignated as Artemis IV and delayed until 2028, but NASA now plans two lunar landings that same year—Artemis IV and V.

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OpenAI Signs Pentagon AI Deal With Built-In Safety Controls

What Happened OpenAI secured a significant Department of Defense contract to provide AI capabilities for classified military networks, with CEO Sam Altman emphasizing the inclusion of “technical safeguards” built directly into the system architecture. Unlike traditional defense contracts that rely on usage policies, this agreement embeds restrictions at the technical level. The safeguards specifically prohibit the use of OpenAI’s models for autonomous weapons systems and domestic mass surveillance operations. Additionally, the contract limits AI deployment to cloud environments rather than edge systems like aircraft or drones, and requires human oversight for any decisions involving the use of force.

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OpenAI Just Broke Capitalism: How a $730 Billion Valuation Changes Everything You Know About AI

The Numbers That Break Your Brain Let’s put $110 billion in perspective. That’s more than the GDP of 140 countries. It’s larger than the market cap of Tesla when Elon Musk bought Twitter. It’s enough money to fund NASA for four years. But here’s what’s really staggering: OpenAI is now valued at $730 billion. Without shipping a single physical product. Without owning factories, stores, or supply chains. Just algorithms, data centers, and the promise of artificial general intelligence.

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Google Invests $1B in Form Energy's 100-Hour Battery Tech

What Happened Google completed a $1 billion investment in Form Energy, a Massachusetts-based startup that has developed battery technology capable of storing energy for 100 hours—far longer than conventional grid batteries. The investment represents one of the largest single funding rounds in the energy storage sector and will enable Form Energy to scale production of its iron-air battery systems. Form Energy’s technology stands apart from traditional lithium-ion batteries used in most grid storage applications.

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UC Davis Creates First Engine That Generates Power From Space's Cold

What Happened Researchers at the University of California, Davis have successfully built and tested a device that generates mechanical energy during nighttime hours by harnessing the vast temperature differential between Earth and space. The system employs a specialized Stirling engine that connects the relatively warm ground to the frigid depths above, converting this natural temperature gradient into usable power. The technology works through radiative cooling, a natural phenomenon where Earth’s surface loses heat to space through infrared radiation after sunset.

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This New Wi-Fi Attack Can Break Into Your Home Network in Under 60 Seconds (And You Can't Stop It)

The 48 Billion Device Problem Wi-Fi isn’t just convenient anymore - it’s critical infrastructure. With over 48 billion Wi-Fi devices shipped since the late 1990s and 6 billion users (70% of Earth’s population) depending on wireless networks daily, a fundamental security flaw affects literally everyone. The new “AirSnitch” attack doesn’t need physical access to your router. It doesn’t require sophisticated equipment. A laptop and some freely available software can breach WPA3 encryption - the latest and supposedly most secure Wi-Fi standard.

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NASA's Mars Life Hunt Faces New Challenge from China

What Happened In July 2024, NASA’s Perseverance rover made a discovery that could rewrite our understanding of life in the universe. After more than three years exploring Mars’ ancient terrain, the rover encountered a rocky outcrop unlike anything seen before on the Red Planet. Instead of the typical crystalline formations or sedimentary layers that characterize most Martian rocks, this specimen contained two distinct types of spots: small dark features resembling poppy seeds and larger patterns similar to leopard spots.

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AI Math Performance Jumps from 2% to 40% in Just Months

What Happened Epoch AI’s Frontier Math benchmark has become an unexpected showcase for the explosive pace of AI development. When the non-profit research organization quietly released this standardized test in November 2024, state-of-the-art AI models could solve less than 2% of its challenging mathematical problems. Today, the landscape has transformed dramatically. The best publicly available AI models are now solving over 40% of Frontier Math’s original 300 problems (tiers 1-3), which span from advanced undergraduate to early graduate-level mathematics.

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MIT Creates Liver-Based 'Factory' to Restore Aging Immune Systems

What Happened Scientists led by Professor Feng Zhang at MIT and the Broad Institute have created an innovative solution to one of aging’s most challenging problems: the decline of immune function. Their approach bypasses the thymus gland, which normally produces and trains T cells but shrinks dramatically with age, by converting liver cells into temporary producers of crucial immune signals. The research team identified three key molecular factors that the thymus normally uses to promote T-cell maturation and diversity.

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Scientists Create Ultra-Efficient Light Traps Using Highway Design

What Happened CU Boulder researchers have engineered what they call microscopic “racetracks” - optical resonators that trap light using smooth, curved pathways inspired by highway design. These devices are made from chalcogenide glass and fabricated with sub-nanometer precision, achieving performance levels that rank among the best in their class. The key innovation lies in the geometry: instead of using sharp corners that cause energy loss when light bounces around, the team designed smooth curves that minimize energy dissipation.

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How Spain's Forgotten Engineer Built the First Self-Driving Tech

What Happened Leonardo Torres Quevedo, born in Santa Cruz, Spain in 1852, developed the Telekino system over a decade before 1914, making it one of the earliest examples of wireless vehicle control technology. The system was patented in Spain, France, and the United States, demonstrating its international recognition as a significant innovation. The Telekino worked by transmitting wireless signals to a small receiver called a coherer, which detected electromagnetic waves and converted them into electrical current.

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Finnish Quantum Computing Unicorn IQM Plans $1.8B Public Debut

What Happened IQM Quantum Computers, based in Espoo, Finland, revealed its intention to go public via SPAC merger in February 2026, with an estimated valuation of $1.8 billion. The company specializes in superconducting quantum processors and provides both quantum hardware systems and cloud-based quantum computing services to research institutions and enterprises. Founded in 2018, IQM has established itself as Europe’s leading quantum computing company, developing quantum processors for both on-premises installations and cloud access.

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Quantum VC Fund Doubles to $260M Despite 'Quantum Winter' Fears

What Happened Quantonation Ventures, founded in 2019 as Europe’s first quantum-focused VC firm, successfully raised €220 million for its second fund—a significant increase from its inaugural €91 million fund closed in 2020. The fund was oversubscribed, meaning investor demand exceeded the firm’s initial target, indicating strong institutional appetite for quantum investments. The timing is particularly noteworthy given the broader technology funding slowdown and growing skepticism around quantum computing’s commercial timeline. While many tech sectors have seen reduced investment activity, Quantonation’s success suggests quantum technologies maintain investor confidence at the institutional level.

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China Races Ahead in Brain-Computer Interface Race

What Happened China has achieved a significant milestone in brain-computer interface (BCI) technology by completing its first fully implanted wireless BCI trial—only the second such achievement globally. The breakthrough allows paralyzed patients to control computers and devices directly through neural signals without requiring external hardware connections. NeuroXess, one of China’s leading BCI companies, is conducting the country’s first high-throughput implantable BCI clinical trial in partnership with Shanghai’s Huashan Hospital. Meanwhile, competitor Gestala expects to launch its first-generation BCI products by the third quarter of 2026.

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Microsoft Tests Superconducting Cables for AI Data Centers

What Happened Microsoft has begun investigating high-temperature superconductors (HTS) as a replacement for copper wiring in data center power systems, according to a recent company blog post. The initiative comes as AI data centers face an unprecedented power crunch that’s straining electrical grids worldwide. The company specifically highlighted three key advantages of HTS technology: improved energy efficiency through reduced transmission losses, increased electrical grid resiliency, and dramatically reduced space requirements for moving large amounts of power.

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AI Data Centers Head to Space as Major Tech Giants Race to Orbit

What Happened The space-based computing revolution has moved from concept to active development, with several major players making concrete moves toward orbital AI infrastructure: Starcloud became the first company to successfully train a large language model in space using an NVIDIA H100 GPU in 2025, proving the technical feasibility of the concept. The company has since filed with the FCC for a constellation of up to 88,000 satellites. SpaceX submitted FCC applications in January 2026 for millions of satellites dedicated to space-based computing, leveraging their Starlink manufacturing and launch capabilities.

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Dark Matter Galaxy Discovery Challenges Space Science

What Happened A team of astronomers has confirmed the discovery of an extraordinary galaxy that consists almost entirely of dark matter, the mysterious substance that makes up approximately 85% of all matter in the universe but remains largely invisible to direct observation. The finding emerged when scientists realized that what they had previously classified as four distinct star clusters were actually part of one cohesive galactic structure. This galaxy represents an extremely rare astronomical phenomenon.

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UAE's G42 Partners with Cerebras for 8-Exaflop AI System in India

What Happened G42, a leading artificial intelligence and cloud computing company based in Abu Dhabi, has formed a strategic partnership with Cerebras Systems, a U.S.-based specialist in AI chip manufacturing, to establish a massive computing infrastructure in India. The system will deliver 8 exaflops of computational power—equivalent to 8 quintillion floating-point operations per second. To put this in perspective, 8 exaflops represents supercomputer-class performance that would rank among the most powerful computing systems globally.

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Code Metal Raises $125M to Modernize Defense Legacy Code

What Happened Code Metal closed its $125 million Series B financing round led by Salesforce Ventures, with participation from Accel, B Capital, Smith Point Capital, J2 Ventures, Shield Capital, Overmatch, RTX, and other investors. The funding values the Boston startup at $1.25 billion, representing significant growth for a company founded just in 2023. The company simultaneously announced that Ryan Aytay, former CEO of business intelligence company Tableau, has joined as President and Chief Operating Officer.

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Freeform Raises $67M to Scale AI-Powered Metal 3D Printing

What Happened Freeform announced a $67 million Series B funding round to accelerate the development of what the company calls “AI-native manufacturing.” The round was backed by notable investors including Apandion, AE Ventures, Founders Fund, Linse Capital, NVIDIA NVentures, Threshold Ventures, and Two Sigma Ventures. The company’s unique approach centers on housing NVIDIA H200 GPU clusters directly in their manufacturing facilities—a setup they claim makes them “the only quote-unquote manufacturing company out there that has H200 clusters in a data center on site.

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Microsoft Proposes New Standards to Verify Real vs AI Content

What Happened Microsoft’s AI safety research team evaluated current methods for detecting digital manipulation against today’s most advanced AI threats, including interactive deepfakes and widely accessible hyperrealistic content generation models. The team then developed recommendations for technical standards that AI companies and social media platforms can adopt. The blueprint, shared exclusively with MIT Technology Review, proposes a three-pronged verification system modeled after art authentication methods: Provenance tracking: Detailed documentation of content origins and ownership changes, similar to maintaining a manifest for valuable artwork

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