Harvard’s Ultra-Thin Metasurface Chip Powers Scalable Quantum Computing
Harvard researchers develop a flat metasurface chip that entangles photons and replaces bulky optical parts, advancing room-temperature quantum computing.
Harvard researchers develop a flat metasurface chip that entangles photons and replaces bulky optical parts, advancing room-temperature quantum computing.
NASA’s IXPE reveals that powerful X-rays in a neutron star system come from pulsar winds, not accretion disks—challenging old theories and reshaping space science.
MIT startup CDimension’s new low-temp tech brings 2D semiconductors closer to real-world chips. Expect faster, cooler electronics in just 5 years.
A Flinders University study reveals that the timing of eye contact is key to communication, even with robots. Learn how this can transform human-AI interactions and real-life teamwork.
Shubhanshu Shukla becomes the first Indian astronaut to conduct space experiments aboard the ISS. His research on microgravity, plants, and brain-tech will benefit space and Earth.
NIST’s aluminum ion quantum logic clock achieves record-breaking accuracy to the 19th decimal place, redefining time and opening doors to new physics.
A new study shows that long-term musical training can help older adults understand speech better, thanks to improved brain connectivity and cognitive reserve.
Scientists detect the most massive black hole merger ever – GW231123 – shaking up theories of black hole formation. Learn what it means for students.
New research reveals how two zebrafish genes control hair cell regeneration, offering insights that could lead to future hearing loss treatments in humans.
Chinese scientists developed a method to adjust nanorod spacing in solar cells, boosting efficiency to 10.44%. Learn how this smart nanotech works.