The LIGO Hanford Observatory near Richland has made a breakthrough in quantum limit, allowing it to detect more cataclysmic cosmic events. This quantum limit breakthrough has expanded its ability to probe a larger volume of the universe and conduct more astronomy.
New research reveals a never-before-seen behavior in a repeating Fast Radio Burst, offering fresh insights into these mysterious cosmic phenomena.
Exploring a study shedding light on the probable existence of quark matter cores within massive neutron stars, utilizing advanced computational techniques and interdisciplinary expertise.
Researchers uncover a mechanism where molecules interact without external forces, shedding light on how simple matter evolves into complex structures and potential technological applications.
Scientists have discovered an ancient supermassive black hole, challenging our understanding of how these massive objects formed. The James Webb Space Telescope (JWST) played a crucial role in this discovery.
Scientists have discovered a novel way that molecules can interact non-reciprocally without external forces, challenging traditional views on molecular interactions and potentially impacting the understanding of life's evolution and the design of molecular machines.
Explore how Quantinuum employed a combination of cutting-edge hardware, software, and talent-ware to make a significant scientific breakthrough.
The Compact Muon Solenoid (CMS) ongoing Run 3 experiment has presented its initial findings about the elusive dark photons.