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Physics & Mathematics

‘Don’t scare the cat!’ A team of UNSW researchers has developed a new way to check for errors in quantum computers without significantly disrupting the fragile quantum information they rely on.

The Cat Stays Alive: Reading a Quantum Chip Without Wrecking It

psychedelic girl with eyes closed

A New Theory Says DMT Entities Might Be Real, and Proposes How to Test It

Ultraviolet laser light being used to probe the atomic hydrogen for the research. Credit: Ben Ward/Colorado State University for the College of Natural Sciences

Physicists Finally Pin Down the Proton’s Size and Rule Out New Physics

Left: The photon and matter (here, labeled spins) are separate. On the right side, the matter (spins) and photons have become entangled.

How Pushing a Material to Its Breaking Point Could Unlock the Quantum Entanglement Hidden Inside It

Artist’s illustration of MoOCl2, whose unusual optical response allows light to be steered very differently depending on direction. The study found one of the strongest reported light-bending effects for a natural material in the visible and near-infrared range.

A Single Crystal Acts Like a Mirror One Way and Glass the Other, Bending Light Harder Than Any Known Natural Material

Artists’ impression of the white dwarf binary ASKAP J1745-5051. The smaller, dense white dwarf star is accreting material from the larger, but less dense red dwarf star. The interaction of their magnetic fields and the heat from the material accretion creates signals in radio and X-ray light frequencies.

A Repeating Radio Pulse Turns Out to Be Two Stars Locked in a Death Spiral

teacher in classroom

When the Teacher Enjoys the Lesson, the Whole Class Does Better at Math

Conceptual illustration of the Atom Camera. A single ultracold rubidium (Rb) atom trapped in an optical tweezer is spatially scanned to visualize the intensity and polarization distributions of a light pattern.

Physicists Turn a Single Frozen Atom into a Camera That Sees Light Below the Diffraction Limit

The left panel shows a hub-filament system observed in an actual star-forming region; the right shows the structure produced by this study's 3D simulation. Both show multiple elongated filaments of gas radiating toward a dense central hub. The study shows that this characteristic pattern can emerge when a fast interstellar shockwave strikes a molecular cloud with a curved magnetic field.

Dead Stars Are Sculpting the Cradles Where New Ones Are Born

Andreas Wallraff and Renato Renner (f.l.t.r.) next to the 30-meter link connecting two quantum chips. Using this experiment, ETH researchers generated certified perfect randomness for the first time.

Quantum Physicists Have Generated the First Mathematically Certified Perfect Random Numbers

The TET technique allows accurate thermal diffusivity/conductivity measurement for 1D/2D materials from mm to atomic scale.

A New Way to Take the Temperature of Materials Too Thin to See

A stellar graveyard plot showing all the masses of all the black holes and neutron stars detected by LIGO-Virgo-KAGRA in the latest catalog

The Universe Builds Black Holes in More Than One Way, and We Now Have Proof

A digital skeleton developed by researchers at the University of Waterloo shows the stages in a typical baseball pitching delivery (University of Waterloo).

The Tiny Ligament That Is Ending Baseball Careers, and the Computer That Might Save It

Akin to an emergent curvature of space embedded in quantum materials, the quantum metric deforms electronic trajectories on the surface of topological insulators. © Xavier Ravinet - UNIGE

Physicists Find Hidden Property In Material That Conducts Electricity Only on Its Surface

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