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Physics & Mathematics

Seung Gyo Jeong (left) and senior author Bharat Jalan (right) have created a new path toward tunable catalysis and electronics in this latest paper.

A Four-Nanometre Sweet Spot Lets Scientists Reprogram How Metals Handle Electricity

crystals

High-Tech Crystal Learns to Waste Less Power

abstract time physics artwork

Atomic Clocks Can Now Tick Faster and Slower at the Same Time

OIST PhD student Aditya Singh generates and observes surface waves that act as a classical analogue to quantum effects.

Swirling Vortex in Water Tank Reveals Hidden Geometry of Quantum World

Researchers developed a model that finds structural patterns in images of magnetic regions, including irregular, maze-like shapes that older methods miss. By adding an entropy term to a classic physics equation, the model maps out an energy landscape that shows exactly what it costs, energetically, for a magnet to reverse its direction at different temperatures. The result is a clearer picture of the barriers a magnet must cross before it flips, and why temperature changes that process.

Maze Inside Your Motor Is Bleeding Energy. Scientists Just Figured Out Why

The strong stellar wind from the supergiant star pushes the jets launched by the black hole away from the star. This causes the jet direction to vary as the black hole and the supergiant star move around their orbit.

Black Hole That Dances in the Wind Finally Tells Us How Powerful Its Jets Really Are

Pointy cactus needles

Why Your Bee Sting and a Pencil Share the Same Shape

black hole

The Ghostly Particles That May Have Built the Universe’s First Monster Black Holes

The same gentle wind that would create small ripples on a lake in Earth (right) would make large waves on Saturn’s largest moon Titan (left).

Stand on Titan’s Shore and Feel a Soft Breeze. Then Watch the Waves Come.

Dr. Zenil showing on the screen a simulation of AI agents interacting and trying to infleunce one another, along with the various metrics associated with each agent in the arena.

Why Perfect AI Alignment Is Mathematically Impossible, and Why That Might Be Fine

Superconductors could lead to many advances, from faster train systems to more efficient energy-storage devices.

New Method Dials Up Superconductivity

This artist's illustration shows the cosmic distance ladder — a series of overlapping methods astronomers use to measure distances across the universe.

Every Method of Measuring the Universe’s Expansion Rate Agrees, and That’s a Problem

An enormous halo of hydrogen gas found in Hobby-Eberly Telescope Dark Energy Experiment (HETDEX)

Astronomers Just Found 33,000 Hydrogen Halos the Early Universe Was Hiding

When metals are placed in magnetic fields, their electrons orbit at speeds and in shapes related to the metal's atomic lattice. MIT researchers have discovered “moiré crystals” with two different competing atomic lattices, which together generate a moiré superlattice that is mathematically equivalent to an emergent 4D “superspace” lattice. Researchers have now discovered that some of the electronic properties of moiré crystals simulate those of previously hypothesized 4D quantum materials.

Electrons in New Crystals Behave as If They Live in Four Dimensions

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