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

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

A unified field‑theoretic framework models open quantum spins across all coupling and memory regimes Illustration of a system which new methodology introduced in the paper can handle, including its ...

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

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.

An “echo” that arrives before you finish speaking sounds like a glitch. In quantum hardware, that kind of self-interference can be a feature. That odd timing sits at the heart of a new theoretical ...

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

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, ...

Core to the approach is what the companies call a one-step simplified LBM, or OSSLBM, framework. The method uses a hybrid ...