How a new terahertz antenna could unlock one-terabit 6G speeds
Design pioneers passive antenna capable of handling information-dense signals
Hiroshima scientists crack the code for 3D printing tungsten carbide
Novel "softening" method reshapes one of the world's hardest materials without melting it
Switchable topological light could redefine wireless data transmission
The device points toward compact, programmable terahertz circuits
MIT scientists build terahertz microscope that reveals hidden superconducting motion
The device focuses trillion-cycle radiation into atomic-scale detail never seen before
Harvard engineers 3D-print soft robots that bend, twist, grasp, and move on command
A rotating nozzle technique embeds motion into the material itself, replacing molds and manual assembly
This fusion energy startup thinks it can cut lasers out of the equation
A small engineering tweak could remove one of fusion's costliest hurdles
New AI model can predict battery lifespan after only 50 cycles
The system reduces the time and energy required for testing by up to 95 percent
Engineers just found a way to cool quantum systems using microwave noise
A refrigerator for qubits that runs on randomness
Small brains, big compute: Scientists want to build GPS chips that work like a honeybee's brain
How bees are driving next-gen, low power chip research
The future of wearables: Computer chips you can weave, wash, and wear
Forget smartwatches – scientists made smart fabric
A new chemical trick could extend lithium-ion battery life without redesigning cells
Scientists find a simpler way to protect battery cathodes
Google's AI health summaries cite YouTube more than any medical source, study finds
AI Overview answers rely more on YouTube than the Mayo Clinic
The "Crash Clock" shows how close we are to the next satellite collision
Tiny bits of debris and a flood of new satellites are tightening the safety margins around Earth
Scientists print human liver tissue in breakthrough that could save lives
A Carnegie Mellon team is turning hydrogel and human cells into a living liver system
UCLA engineers discover the most heat-conductive metal ever measured
Theta-phase tantalum nitride conducts heat nearly three times better than copper
Scientists turn earthquake sensors into space debris trackers
Tracking space debris, one sonic boom at a time
Hubble Space Telescope reveals why some stars refuse to grow old
Blue stragglers endure not through collisions, but through lasting binary bonds
This robotic hand can crawl away from its arm to grab things
Detachable hand could improve inspection and repair tasks
Scientists infected bacteria in space, and evolution took a new path
The absence of gravity changed infection, mutation, and survival strategies
Researchers build a stretchable OLED that can double in size without dimming
New material pairing doubles elasticity while maintaining record brightness levels in next-gen displays
Liquid gears could challenge 5,000 years of mechanical engineering
Instead of teeth, these gears use swirling fluid to move and adapt
Scientists create a spray-on powder that seals life-threatening wounds in seconds
A calcium-reactive hydrogel forms instantly to stop bleeding even in battlefield conditions
Study finds EV batteries are surprisingly durable, but DC fast charging is bad news
Hot climates and frequent charging cycles speed up degradation
AI researchers are now studying LLMs as if they were living organisms
Scientists apply biology-inspired methods to study LLMs so complex that even their creators struggle to explain them
China unveils the world's most powerful hypergravity machine that generates 1,900 times Earth's gravity
CHIEF1900 compresses time and pushes the limits of gravitational research