A theoretical paper posted to arXiv proposes that quantum coherence, the fragile property that powers quantum computing and ...

A research team has, for the first time in the world, elucidated the microscopic mechanism by which quantum order is lost and ...

Quantum chaos – the study of quantum systems whose classical analogues exhibit chaotic behaviour – has rapidly evolved into a vibrant field that integrates nonlinear dynamics, fractal geometry and ...

For years, progress in artificial intelligence has followed a simple rule: make it bigger ...

A research team has identified environmental interactions as the cause of ultrafast electronic decoherence in solids, a long-standing open question in quantum physics.

Quantum states are notoriously fragile, and can be destroyed simply through interactions, measurements, and exposure to their ...

Quantum systems tend to become less “quantum-y” as they interact with their environment. So when developing a mathematical description, it’s usually simpler just to view them as being closed off from ...

Roundtable says scaling quantum systems will hinge on manufacturing, calibration, and quantum-classical integration ...

Attempts to understand quantum phase transitions in open systems usually rely on real‑time Lindbladian evolution, which tracks how a quantum state changes as it relaxes toward a steady state. This ...

The extraction of work (i.e., usable energy) from quantum processes is a key focus of quantum thermodynamics research, which explores the application of thermodynamics laws to quantum systems.

Nvidia claims to have kicked off the “quantum-GPU computing era,” unveiling a way for quantum computers to interconnect with classical systems. Revealed at the chip giant’s GTC event in Washington, ...