Nanotechnology

Breakthrough nanosheet technology enables record-breaking energy storage in dielectric capacitors, revolutionizing renewable energy usage and electric vehicle production.

Title: Unleashing Quantum Possibilities: Nanoscale Optical Breakthroughs Enable Unprecedented Light ConfinementResearchers at Zhejiang University Nanophotonics Group, led by Limin Tong, …

MIT’s groundbreaking technique allows precise growth of nanocrystals, enabling integration into nanoscale devices for optoelectronics applications.

Scientists achieve groundbreaking X-ray analysis of single atoms, revolutionizing research and technology.

Scientists develop a novel hydrogel material that directs mechanical energy effectively, potentially revolutionizing energy use.

MIT chemists uncover the efficiency secret of photosynthetic light-harvesting: disordered protein arrangement boosts energy transfer.

Harvard scientists harness points of darkness in light using metasurfaces for remote sensing and covert detection applications.

Scientists demonstrate water’s interaction with graphene’s electrons, uncovering quantum friction phenomenon with potential applications in water purification and liquid-based computing.

MIT researchers pioneer quantum light source using photovoltaic nanoparticles, opening possibilities for optical quantum computers and teleportation devices.

New technique captures and tracks quantum states of excitons in two-dimensional materials, challenging existing theories and advancing nanotechnology.