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Innovation

All articles tagged with #innovation

Ukraine's Drone Revolution Outgrows the Old-Guard Defense Narrative
defense11 days ago

Ukraine's Drone Revolution Outgrows the Old-Guard Defense Narrative

An opinion piece argues that Ukraine’s low-cost, scalable drones represent a battlefield revolution driven by application, scalability, and adaptability rather than groundbreaking physics. It critiques Rheinmetall CEO Armin Papperger for dismissing Ukrainian drones, emphasizing the gap between industrial claims and frontline realities. The author notes that certification cannot replace effectiveness in war, highlights Ukrainian manufacturers and licensing realities, and points to Gulf states investing in Kyiv’s drone tech, signaling a shift in defense collaboration and strategy.

via The Kyiv Independent|
#defense#drones#innovation
Ukraine pushes back after Rheinmetall chief's 'Legos' drone jab
world12 days ago

Ukraine pushes back after Rheinmetall chief's 'Legos' drone jab

Ukraine condemned Rheinmetall CEO Armin Papperger's remark that Kyiv's drone program is amateurish and built by 'housewives' with '3-D printers,' arguing that civilian-led innovation and battlefield results demonstrate the drones' value; Ukrainian officials and defense industry figures defended the program while Rheinmetall issued a conciliatory statement praising Ukraine's resolve and support.

via politico.eu|
#drone-program#innovation#rheinmetall
Switchable quantum material promises real-time control for future chips
innovation15 days ago

Switchable quantum material promises real-time control for future chips

US researchers identify a nickel sulfide compound, KxNi4S2, that reversibly switches between Dirac-cone and flat-band quantum states by electrically tuning potassium content, enabling real-time control of electron speed and flow. Demonstrated at Argonne's Center for Nanoscale Materials and Advanced Photon Source, the work could simplify device design and boost future chip and sensor performance; the study was published in Matter.

via Interesting Engineering|
#chip-technology#dirac-cones#flat-bands
Trump Forms Elite Tech Council to Chart America's Innovation Path
government16 days ago

Trump Forms Elite Tech Council to Chart America's Innovation Path

President Trump announced the first members of the President’s Council of Advisors on Science and Technology (PCAST), co-chaired by David Sacks and Michael Kratsios. The panel brings together leading tech figures such as Marc Andreessen, Sergey Brin, Safra Catz, Michael Dell, Jensen Huang, Lisa Su, and Mark Zuckerberg to advise on opportunities and challenges posed by emerging technologies and to strengthen American leadership in science and technology. PCAST can have up to 24 members, with additional appointments and the council’s first meeting forthcoming.

via The White House (.gov)|
#government#innovation#pcast
MOTHRA sprint starts: 1,140 lenses to map the cosmic web
innovation29 days ago

MOTHRA sprint starts: 1,140 lenses to map the cosmic web

Construction has begun on MOTHRA, the world’s largest all-lens telescope, which uses 1,140 Canon telephoto lenses as a distributed aperture to detect faint hydrogen gas linking galaxies and map the cosmic web, revealing the distribution of dark matter. Built at the El Sauce Observatory in Chile, it aims to begin scientific observations by the end of 2026, funded by Alex Gerko and Convergent Research as part of the Dragonfly FRO initiative.

via Interesting Engineering|
#cosmic-web#dark-matter#dragonfly-fro
EyeDAR Streetlight Radar Expands Self-Driving Cars' View
innovation1 month ago

EyeDAR Streetlight Radar Expands Self-Driving Cars' View

Rice University researchers developed EyeDAR, a compact orange radar sensor mounted on streetlights that acts as an external set of eyes for autonomous vehicles, maintaining detection in fog, rain, and low light. Using a 3D-printed Luneburg lens and analog computing, EyeDAR conveys sensing data to vehicles, extending their view while cutting reliance on onboard computing; in tests it resolved target directions 200 times faster than existing digital radar, suggesting potential city-wide deployment across stop signs and traffic signals to improve safety.

via Interesting Engineering|
#analog-computing#autonomous-vehicles#eyedar
LEGO-powered motor reaches 4,000 RPM with minimalist parts
innovation1 month ago

LEGO-powered motor reaches 4,000 RPM with minimalist parts

A YouTuber builds a fully working electric motor from LEGO bricks, magnets, a hand-wound copper coil, a sensor coil, a transistor, and a 9-volt battery. Without a microcontroller or complex electronics, a sensor coil detects rotor magnets and triggers timed power bursts to the driving coil, producing self-timed rotation. The project illustrates core electromagnetism and feedback control, with rotor configurations claimed to reach up to 4,000 rpm and varying speeds/torques that can drive a small LEGO car.

via Interesting Engineering|
#diy#education#electromagnetism
China unveils ultrafast holographic 3D printing at 0.6 seconds
innovation1 month ago

China unveils ultrafast holographic 3D printing at 0.6 seconds

Researchers at Tsinghua University have introduced Digital Incoherent Synthesis of Holographic light fields (DISH), a holographic-based volumetric 3D printing method that can fabricate millimeter-scale objects in 0.6 seconds with 12‑micrometer precision. By projecting holographic light from multiple angles in a resin, without moving parts or layered drying, the system achieves about 333 cubic millimeters per second and could enable rapid, high-resolution production for biomedicine, nanotechnology, micro-robotics, and flexible electronics.

via Interesting Engineering|
#3d-printing#biomedicine#dish
Smart Autocracy: How China Turned Control Into a Tech Powerhouse
world2 months ago

Smart Autocracy: How China Turned Control Into a Tech Powerhouse

Jennifer Lind argues that China’s leaders embraced “smart authoritarianism,” pairing selective openness, elite education, and controlled civil society with advanced surveillance and state-led tech investment to spur innovation without loosening political control. The approach has helped China become a global tech leader in AI, quantum tech, and robotics, altering global competition and challenging the assumption that autocracy cannot innovate; the United States will need to adapt its own strengths to counter the rising Chinese model.

via Foreign Affairs|
#ai#china#geopolitics
NASA’s Athena hits 20 petaflops, boosting rockets, aircraft, and AI
innovation2 months ago

NASA’s Athena hits 20 petaflops, boosting rockets, aircraft, and AI

NASA has unveiled Athena, its most powerful supercomputer to date, delivering over 20 petaflops at the Ames Research Center to run complex rocket and aircraft simulations, train large AI models, and analyze vast mission data with a hybrid on-site and cloud approach; the system is available to NASA researchers and external scientists, as Artemis II preparations continue.

via Interesting Engineering|
#athena#hecc#hybrid-computing
US Seeks Fresh Ideas to Redefine Its Space Program in $125K Challenge
technology2 months ago

US Seeks Fresh Ideas to Redefine Its Space Program in $125K Challenge

Amid China's rising space capabilities and a booming commercial sector, scientists and policymakers are soliciting ideas through the Space Ideation Challenge—a $125,000 prize (including $25,000 for student submissions) for 3–5 page white papers on ways to boost the space economy or national security. Submissions are due by June 30, with judging by August 15 and winners briefed to policymakers including Congress, NASA Administrator Jared Isaacman, and Space Force leaders. The goal is nontraditional, open thinking to help NASA navigate private space, new lunar competition, and the broader strategic space landscape.

via Ars Technica|
#innovation#nasa#space
Hair-thin fiber chips turn garments into microcomputers
innovation2 months ago

Hair-thin fiber chips turn garments into microcomputers

Researchers at Fudan University have created fully flexible fiber chips that embed complete electronic circuits inside hair-thin strands, forming fiber integrated circuits (FICs) with high transistor density capable of processing digital, analog, and neural-style computing; these fibers survive thousands of bending cycles, washing, and heat, enabling self-contained computing in smart textiles and wearables, with early scalable manufacturing and publication in Nature.

via Interesting Engineering|
#fiber-chips#fiber-integrated-circuits#flexible-electronics