Topic
21 stories from Planck Standard. Latest: June 18, 2026.
Chalmers University researchers etched nanoscale ridges into a substrate to keep an ultrathin superconducting film stable at higher temperatures and under stronger magnetic fields.
RIKEN scientists develop technique for quantum systems to synchronize in only one direction while remaining stable against manufacturing flaws and environmental noise.
RIKEN researchers develop technique combining quantum effects to create robust nonreciprocal synchronization for practical quantum technologies.
RIKEN researchers develop breakthrough technique combining two quantum effects to create stable nonreciprocal synchronization of sound particles, advancing practical quantum technologies.
Carnegie Mellon researchers achieved four times greater heat transfer than conventional systems, potentially revolutionizing electronics cooling.
University of Chicago researchers discover surprisingly simple method to generate powerful quantum entanglement without complex hardware.
University of Minnesota discovery shows how tiny thickness adjustments can alter metal properties by more than one electron volt.
Scientists created a tiny device that generates, steers, and reads light-based information all in one chip, marking a major leap toward ultra-fast, energy-efficient computing using quantum properties of light.
Researchers developed a compact detector that boosts terahertz radiation detection efficiency by roughly 20 times, potentially revolutionizing healthcare and communications.
Revolutionary breakthrough shows light can be confined to extraordinarily small spaces using lossless materials, potentially enabling ultra-efficient photonic chips and quantum technologies.
Physicists have uncovered a new way to confine light in extremely small spaces using purely dielectric materials, avoiding the heat losses that plague current technologies.
Breakthrough in 'singulonics' uses purely dielectric materials to confine light far beyond conventional limits without energy losses from metals.
Physicists at Peking University have uncovered a breakthrough method to confine light in ultra-small spaces using purely dielectric materials, potentially revolutionizing photonic technology.
Researchers demonstrate powerful fourth-order quantum effect by combining simple forces, making previously hidden quantum behaviors visible and controllable.
Researchers demonstrate fourth-order quantum effects using trapped ions, opening new frontiers for quantum technology and simulation.
Oxford researchers create powerful new method to control quantum systems using trapped ions, making previously hidden quantum behaviors visible and potentially revolutionizing quantum technology.
Scientists demonstrate first-ever fourth-order quantum effect using trapped ions, opening new frontiers for quantum technology applications.
Researchers achieve swirling light beams that twist like miniature whirlwinds, potentially revolutionizing quantum communication and photonic devices.
Swedish researchers propose revolutionary quantum system combining giant atoms and superatoms to protect quantum information while enabling large-scale computation.
Australian researchers demonstrated a complete quantum energy cycle for the first time, with the counterintuitive finding that quantum batteries charge faster as they grow larger.
New design uses hollow air cavities beneath atom-thick materials to boost optical signals by up to 25 times, overcoming major limitation of thin devices.