A new study maps exceptional point rings in the non-Hermitian XY model, showing they converge to the topological phase boundary...

A new article argues that the AMS-02 instrument on the International Space Station has evolved into a critical research infrastructure...

Researchers demonstrate that special perfect entanglers provide flexible strategic advantages in a quantized version of the classical Volunteers' Dilemma.

Researchers developed GAPPTANet, a physics-informed neural network predicting 180-second microwave ablation temperature fields in nonperfused liver tissue within milliseconds.

The Hybrid Adaptive Error Mitigation, or HAEM, method aims to address the specific challenge of calibration drift, a phenomenon where...

An experimental study led by researchers from Utrecht, Leiden, and Munich demonstrates that electron pairs can form at room temperature,...

A new meta-analytic review in Discover Space systematically outlines the dynamics, instabilities, and technological applications of plasma fireball sheaths, distinguishing...

Researchers have developed a physics-informed neural network that converts existing fiber-optic cables into highway traffic sensors by embedding flow equations...

Researchers from Southeast University and Monash University have developed a physics-informed control framework combining sensor fusion, model predictive control, and...

Researchers have demonstrated that grading the Seebeck coefficient inside bismuth telluride single crystals creates directional cooling that boosts maximum temperature...