Superconductivity distorts the crystal lattice of topological materials
In a discovery that challenges long-held assumptions in physics, a team of researchers has demonstrated for the first time that…
In a discovery that challenges long-held assumptions in physics, a team of researchers has demonstrated for the first time that…
Tiny engine, a red blood cell sized bead in a Paul trap, reaches 16 million kelvin, revealing nanoscale thermodynamics with implications for biology research
A team of international researchers has for the first time directly observed altermagnetism deep within a bulk material, settling a…
A recently synthesized material, calcium-platinum-arsenide (CaPtAs), is challenging conventional descriptions of superconductivity. Researchers have found that this material exhibits a…
In a laboratory at Cardiff University, a pioneering team of physicists has achieved a new milestone in the quest to…
Three physicists win the 2025 Nobel Prize in Physics for demonstrating macroscopic quantum behavior in a superconducting circuit, enabling quantum computers
Scientists have developed a microscopic engine that operates at temperatures exceeding those found in the sun’s core, creating a novel…
A new framework extends the truncated Wigner approximation to dissipative quantum dynamics, enabling laptop simulations in hours via a simple conversion table
A recent study has shed new light on the familiar kitchen drama of tearing up while chopping onions, revealing the…
Three scientists have been awarded the Nobel Prize in Physics for their groundbreaking experiments in quantum mechanics, which demonstrated the…