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In certain materials, electrons can exhibit this fluid-like behavior at room temperature or under specific conditions.

Researchers have discovered that tiny energy fluctuations found within a vacuum can be used to alter the behavior of nearby materials without the need for external power.

Emory university researchers use machine learning on dusty plasma to uncover non-reciprocal interactions and correct old theories in many-body systems, advancing physics and biology studies.

Scientists have designed photonic time crystals that exponentially amplify visible light, with potential applications to nanosensing.

Researchers at the University of Vienna introduce an efficient protocol using optical switches to certify entangled quantum states in real time for quantum technologies like computing and secure communication.

Using the world's fastest supercomputer, scientists simulate chaotic fluid flows at an unprecedented scale to enhance weather forecasts and engineering designs.

Researchers develop an immersive virtual reality tool for visualizing complex particle detectors and events, improving analysis in high-energy physics experiments.

This breakthrough in two-dimensional layers could lead to better data storage technologies and new insights into how magnets work at tiny scales.

New AI tool Diag2Diag improves plasma monitoring for reliable, cost-effective fusion energy systems.

Physicists develop FROSTI to enhance LIGO's precision in observing cosmic events by controlling powerful laser distortions.