Will science prove that thought is material?

At CERN, physicists observe for the first time a decay that happens once in ten billion

Japanese scientists control the quantum-geometric Hall effect with electric current for the first time

Room-Temperature Superconductivity: One of the Key Barriers Has Been Overcome

Unusual quantum states in six-layer graphene point the way to superconductivity

Physicists find an "impossible" topological phase in CeRu₄Sn₆

A discovery at NIST upends ideas about the quantum material uranium

The Observer Creates Reality

The amino acid arginine extended the quantum properties of a material up to 57 °C

Forty years of mystery: spin fluctuations explain high-temperature superconductivity in cuprates

Topological Armor of Quantum Currents: Damage Is No Obstacle

The Ghost of Superconductivity: Pair-Density Waves in Uranium Ditelluride

Does matter exist?

HKUST Scientists Redraw the Boundary Between Phases of Matter

Physicists outran quantum tornadoes and reached the true limit of a superconductor

Nuclear clocks from Vienna: more precise than atomic ones and self-balancing

Quantum lattice disorder reveals the secret of the "left flank" of superconductivity

Quantum spins have moved a centimetre-scale object for the first time

Bethe strings come to life: quantum clusters from 1931 seen in the laboratory for the first time

Patchwork Superconductors: The 40-Year-Old Misconception About Cuprates Dispelled

Twisted Quantum Worlds: Max Planck Catalogs Unlock More Than 1600 Materials for Twistronics

Stretching the quantum material CsV3Sb5 separates two superconducting states

Quantum spin nudged a centimetre-scale diamond: the first step toward macroscopic superposition

The Emptiness That Enhances Superconductivity: How Quantum Vacuum Fluctuations Raised the Temperature of NbSe₂

Quantum Superhighway Without an External Magnet: Xue Qikun Leads Predictions for the Nobel Prize in Physics 2026