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Scientists are pushing rocket science into uncharted territory with a liquid uranium-powered engine that spins like a centrifuge and could double the performance of today’s best nuclear propulsion. The Centrifugal Nuclear Thermal Rocket (CNTR), under development by teams at the

Scientists in Italy have pulled off a game-changing feat in gene therapy: editing blood stem cells directly inside newborn mice with a single shot. This in vivo approach skips the grueling stem cell extraction process entirely, tapping into a brief window after birth when stem

Protein engineering just got its own ChatGPT. Meet Pinal—an AI that turns plain English into custom-built proteins, no PhD required. Developed by a global research team, Pinal lets scientists describe what they want a protein to do, then spits out novel, test-ready sequences,

"From street protests to scientific discovery, the next wave of global disruptions will begin at the outer edge of the data universe!”- Futurist Thomas Frey, FuturistSpeaker.com

Veho is bringing robotic muscle to the front porch. In a bold move to supercharge last-mile delivery, the U.S. logistics startup has teamed up with RIVR to deploy wheeled-legged robots that tag-team with human drivers—one drops a package while the other’s already on the next

XCMG just rewrote the rules of mining by rolling out 100 fully autonomous, all-electric haul trucks at the Huaneng Yimin Coal Mine in Inner Mongolia—the first fleet of its kind on the planet. These uncrewed giants operate in brutal -40°C conditions, swap batteries in under six

Inspired by the T-1000 but grounded in real science, engineers at the University of Nebraska–Lincoln have built a soft robotic muscle that can feel damage—and fix itself. This three-layer system mimics biological skin, sensing injury, rerouting current, and triggering heat to

Scientists have built a massive disease-to-disease network by mining medical literature for cause-and-effect clues—and then putting those links to the test with real-world patient data. By combining AI-driven text analysis, ICD-10 code mapping, biobank statistics, diagnosis

MIT researchers have unveiled a sodium–air fuel cell that could make electric planes, ships, and trains not only possible—but practical. Delivering over three times the energy density of today’s best lithium-ion batteries, this system ditches the weight problem and recharges with

MIT’s CSAIL is reinventing 3D printing by making objects not just look real but feel real—introducing systems like TactStyle, which lets users design texture and appearance separately, enabling the creation of objects that mimic both the visual and tactile qualities of real-world

Your old smartphone might be headed for the landfill—but what if it could power the cloud instead? Researchers in Estonia have developed a dirt-cheap way to transform discarded phones into micro data centers, stripping out the batteries, plugging in external power, and giving the

Beyond DAOs: AI-Powered Governance Models for a Decentralized Future By Futurist Thomas Frey CSP hypercycle.ai/articles-beyon…

Forget wheels and legs—engineers at the University of Southern Denmark have built a robot that slithers like a snake and squirms like a worm, gliding across surfaces and squeezing through tight spaces with eerie biological precision. Modeled after limbless creatures and clocking

A U.S. biotech firm has launched a controversial new tool that lets prospective parents rank embryos by predicted health, intelligence, and physical traits—turning the IVF process into something closer to genetic forecasting. Using polygenic risk scores, the software scans up to

Worcester Polytechnic Institute’s “Rubble to Rockets” project is turning scrap metal into rocket-grade components using 3D printing and machine learning—paving the way for high-performance manufacturing in unpredictable, resource-limited environments. By training AI to identify

Scientists have engineered a breakthrough drug delivery system that sends genetic therapies straight to the lungs—offering new hope for conditions like lung cancer and cystic fibrosis. By testing over 150 materials, researchers discovered a custom nanoparticle that efficiently

MIT researchers have unveiled a game-changing 3D printing method that uses two different light wavelengths to simultaneously create strong, permanent parts and temporary supports that dissolve effortlessly after printing. By curing durable structures with UV light and printing

Ample has brought its rapid-fire battery swapping tech to Europe, launching modular stations across Madrid that can recharge electric vehicles in just five minutes—no plugs, no waiting, and no driver involvement. Designed to drop into cityscapes in under three days, these fully

Japanese researchers have cracked a major challenge on the road to 6G by developing a pocket-sized, low-power radio module that operates at a blistering 150 GHz—paving the way for mobile devices to stream data at over 100 Gbps. By integrating a phased-array transceiver into this

Engineers at Seoul National University have developed a radically simpler and cheaper way to produce hydrogen by stripping away the need for precious metal catalysts in water electrolysis—relying instead on plain nickel electrodes and a novel Electrochemical Activation method