A novel dual-branch neural network called EEG-DBNet simultaneously decodes temporal dynamics and spectral representations to ...

A longstanding hypothesis held that some problems would always be hard for computers to solve quickly. But OpenAI disproved ...

Every spin, shuffle and dice roll in an online casino or sweepstakes game starts as a number produced by software. This ...

A branch of physics that deals with heat, work, and temperature, and their relation to energy, entropy, and the physical properties of matter and radiation, thermodynamics applies to myriad topics in ...

At 20 kelvin, about -253°C or -424°F, most structural metals turn brittle and shatter like glass. Two experimental niobium-titanium alloys tested at that temperature kept their toughness instead, and ...

The foundation of this research is rooted in a fundamental paradox: human beings are dynamic, non-linear biological entities, yet modern diagnostic instrumentation frequently treats the body as a ...

Backed by a National Science Foundation award, ECS professor Ethan Arnault aims to solve the heat problem that limits how large quantum computers can grow.

A new contrastive-learning framework enables hyperspectral classification with few labels. It masks redundant spatial and ...

We are becoming ancestors to minds. Let us behave as worthy ancestors: ambitious without recklessness, cautious without ...

Researchers have developed summation-by-parts numerical schemes that exactly conserve the energy invariants of two dispersive ...

Astronomers routinely watch black holes crash together, sending gravitational ripples across the cosmos as two cosmic ...

Researchers demonstrate coherent enhancement of detector sensitivity faces a fundamental limit—the Entanglement Wall—scaling ...