Hubble Tension
Hubble Tension · Discrepancy between measured values of...
Concepts
Concepts on Mass and Motion: Entropy, Symmetry and conservation laws, Wave-particle duality, Entanglement and superposition, Spacetime and curvature and Fields and gauge theory.
Profiles
Neutrino Oscillation
Neutrino Oscillation · Detection of flavor change
Quantum Entanglement
Quantum Entanglement · 1935 (in the EPR paper)
Superconductivity
Zero electrical DC resistance below a... · Varies by material; ranges from near...
Concepts
Hyperbolic wave attractors enable robust
Researchers demonstrated that hyperbolic metamaterials suppress chaotic wave dynamics, creating robust, chiral, broadband wave attractors in linear
Concepts
Global Survey Finds No Consensus on Universe's Biggest
A worldwide survey of physicists reveals deep divisions on dark matter, quantum gravity, and cosmology, with only two concepts winning majority support.
Concepts
Layer Number Tunes Topological Magnet Properties
Researchers at Tohoku University have demonstrated that varying the number of layers in a crystal provides a systematic method for designing topological
Concepts
Mathematical framework slashes magnetic
A new optimal control theory framework from the University of Edinburgh designs magnetic pulses to switch digital bits, potentially cutting energy use by
Concepts
Soft Microgels Stabilize Centimeter-Long Water Jets
Researchers at TU Darmstadt have shown that soft polymer particles called microgels can dramatically extend the stability of thin water jets generated by
Concepts
New Theory Unifies Heat's Memory and Nonlocal Transport
Physicists Jianjun Dong and Yi Zeng have developed a unified theoretical framework that describes heat conduction as a process with memory and spatial
Concepts
Thinner Superconductors Shift Magnetic Vortex Behavior
A new theoretical framework shows how reducing the thickness of a superconducting film can intrinsically alter its coherence length, changing how the
Concepts
GRENDEL Detector Proposed for LHC Long-Lived
Physicists propose GRENDEL, a new detector in the CMS drainage gallery to search for neutral long-lived particles in the 0.2-15 GeV mass range, aiming to
Concepts
Organic crystal reveals Joule heating
Researchers used NMR to reveal how Joule heating creates a temperature-locked state in an organic conductor, stabilizing volatile resistive switching.
Concepts
JUNO models atmospheric neutrino singles
A study characterizes single-signal events from atmospheric neutrino neutral-current interactions in large liquid scintillator detectors, identifying the
Concepts
Spacetime crystal can become a black hole
Physicists have derived an exact mathematical formula for a 'spacetime crystal' state that can either dissolve or collapse into a microscopic black hole
Concepts
Graphene antidot measures anyonic charge
Researchers have used a gate-defined antidot in bilayer graphene to measure the fractional charge of anyons, quasiparticles key to future topological
Concepts
Molecular memory strengthens plastic welds
Computer simulations reveal how polyethylene welds gain strength from a molecular 'memory' of original surfaces, guiding crystal growth to reinforce