Physics, chemistry, astronomy, and earth sciences
Quantum computers reveal how our universe could spontaneously collapse from a false vacuum state, a breakthrough in understanding cosmic decay.
Showing 1 - 12 of 38 articles
Quantum computers reveal how our universe could spontaneously collapse from a false vacuum state, a breakthrough in understanding cosmic decay.
New research reveals topological links, not just density, control gel elasticity, revolutionizing how scientists design advanced materials.
Scientists observe ion instabilities limiting plasma accelerators, crucial for shrinking future particle machines from kilometers to meters.
Scientists shatter the century-old diffraction limit, enabling optical imaging of molecules separated by just 8 nanometers. This breakthrough redefines microscopy.
Physicists have solved a major quantum mystery by developing a new method to reliably compute the superconformal index, crucial for black hole understanding.
Scientists propose a novel method to detect invisible millicharged particles, key to dark matter, using existing superconducting cavities, revealing new physics.
Astronomers unveil the largest, most detailed dust map of the Andromeda galaxy, crucial for correcting observations and understanding star formation.
New JWST data reveals the astonishing details of NGC 1514's hidden infrared dust rings, deepening a century-old cosmic mystery.
Future colliders will detect particles deriving mass from the Higgs boson, mapping 'non-decoupling' physics. This critical research unravels fundamental puzzles of electroweak symmetry breaking.
Researchers use weak magnetic fields to triple thermoelectric efficiency in quantum materials, enabling new low-temp energy recovery.
Astrophysicists unveil a novel method to trace galaxy cluster evolution across cosmic time, combining observations and simulations to reveal stellar mass growth.
Unlock the secrets of the early universe. Discover how tensor networks precisely simulate meson thermalization in extreme quark-gluon plasma conditions.
