PHYSICS

Explore the sophisticated mathematical frameworks and empirical evidence demonstrating how black holes of every size adhere to identical universal scaling rules.

Explore the complex electrodynamics and mathematical models behind recent preliminary reports of radio emissions and auroras originating from distant exoplanets.

Scientists report the first observation of sound moving between quantum states, marking a monumental breakthrough in quantum acoustics and information processing.

An in-depth analysis of NFL safety claims regarding Guardian Caps, exploring biomechanical physics, epidemiological studies, and the ongoing scientific uncertainty surrounding head…

Explore the rigorous mathematics, orbital mechanics, and cargo logistics governing the Northrop Grumman CRS-24 mission to support NASA science in low Earth…

Explore how scientific rigor and metrology transform unexpected laboratory anomalies into profound investigative breakthroughs and forensic problem-solving.

NOVA's What the Physics?!, produced by WGBH, treats wonder not as decoration but as a rigorous pedagogical instrument. This analysis explores how…

New evidence confirms unconventional superconductivity in twisted bilayer graphene, challenging phonon-mediated pairing theories and revealing quantum geometry's role in flat-band superconductors.

Recent tabletop experiments aim to detect quantum gravitational effects via entanglement and decoherence, potentially resolving the quantum-classical divide.

Explore the quantum mechanics and materials science challenges that still limit LED efficiency, from Auger recombination to light extraction, and the innovations…

Explore how AI systems are proposing experimental designs that surpass human intuition, the mathematics behind algorithmic search, and the safeguards needed for…

Discover how thermal memory challenges classical thermodynamics, enabling heat-based information storage and computing through non-Markovian transport.