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From left, researchers Haoze Chen, Yasaman Ghasempour, and Atsutse Kludze developed a system that can bend ultrahigh-frequency transmissions to navigate complex, dynamic environments.

No More Dead Zones As Signals Learn To Curve Around

An artist's rendering of a fusion vessel interior, showing inner surfaces exposed to plasma. Certain areas fall within the "magnetic shadow" of other components, shielding them from the plasma's intense heat.

AI Tool Maps Magnetic Shadows In Tokamaks In Milliseconds

autism subtypes illustration

Scientists Identify Four Distinct Autism Subtypes

school of fish

Fish Schools Swim in Ladders, Not Diamonds

The brain's immune cells, or microglia (light blue/purple) are shown interacting with amyloid plaques (red) — harmful protein clumps linked to Alzheimer’s disease. The illustration highlights the microglia’s role in monitoring brain health and clearing debris. Illustration by Jason Drees/Arizona State University.

How diverse brain cells reach a decision together

This composite image combines data from the NASA/ESA/CSA James Webb Space Telescope of the Phantom Galaxy (M74) with a high-resolution simulation of galactic turbulence. The simulation, focused on a small region of the galaxy’s interstellar medium, reveals detailed chaotic plasma motions that influence star formation, galactic structure, and magnetic fields on large scales.

The Galaxy Isn’t Peaceful—It’s Turbulent, Twisted, and Not Like We Thought

An artist’s interpretation of how a new computer code called QUADCOIL refines the design of stellarator fusion machines

New Code Slashes Design Time for Fusion’s Complex Magnetic Puzzles

Postdoctoral research associate Samuel Eastman (left), 2024 Princeton graduate Kaeli Ficco (right), and their colleagues uncovered a mechanism by which soil bacteria can modulate plant immunity.

Scientists Uncover How Beneficial Bacteria Help Plants Balance Growth and Defense

Depiction of a tokamak.

AI Tames Plasma Instabilities in Fusion Reactors, Boosting Performance

From left: Professor Sanfeng Wu, Professor Nai Phuan Ong and Dicke Fellow Tiancheng Song. Photo by Yanyu Jia

Researchers discover an abrupt change in quantum behavior that defies current theories of superconductivity

Laser setup for cooling, controlling, and entangling individual molecules. Photo by Richard Soden, Department of Physics

Physicists ‘entangle’ individual molecules for the first time

New image of M87 supermassive black hole generated by the PRIMO algorithm using 2017 EHT data

A sharper look at the M87 black hole

An example of a gravitational lens found in the DESI Legacy Surveys data. There are four sets of lensed images in DESI-090.9854-35.9683, corresponding to four distinct background galaxies — from the outermost giant red arc to the innermost bright blue arc, arranged in four concentric circles. All of them are gravitationally warped — or lensed — by the orange galaxy at the very center.

Astrophysicists show how to “weigh” galaxy clusters with artificial intelligence

Happy child

“What a wonderful day, I’m so happy!” Research shows how children learn emotion labels through parents’ speech

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