Researchers have combined quantum-mechanical simulations, neural networks, and Bayesian statistics to cut the voltage prediction error of a physics-based lithium-ion...

Researchers have demonstrated a protocol that verifies a remote party's position by combining coherent states of laser light with relativistic...

A multi-analytical study of medieval pottery wasters from Utrecht reveals how potters between the 12th and 15th centuries combined local...

A comprehensive new review finds that quantum graph neural networks deliver real parameter efficiency and task-specific utility, but definitive quantum...

Researchers have developed a lattice-based group signature scheme that offers post-quantum security, user-controlled linkability, and efficient revocation for privacy-critical applications.

A new theoretical study maps the design space of strained silicon quantum-dot superlattices that could support intermediate-band photovoltaics compatible with...

Physicists have demonstrated an eight-bit cascaded random access quantum memory in superconducting circuits, using a single transmon to address seven...

New theoretical work shows that time-modulated Floquet scattering systems can simultaneously support lasing and coherent perfect absorption, unified through exceptional...

Researchers at IISER Bhopal have presented a provably secure architectural framework that lets clients delegate private quantum computations and storage...

Physicists have achieved optical control of electrons in a Floquet topological insulator, demonstrating that light-dressed graphene can host and steer...