A new study shows a Bell-state-based quantum designated-verifier signature scheme is vulnerable to forgery and proposes a single-qubit replacement with...

A comprehensive scoping review reveals how hardware suppression, probabilistic diagnosis, and real-time machine learning decoders are merging into unified adaptive...

Researchers have formulated hydrodynamic rocket models that accurately describe the acceleration and deceleration dynamics of indirect-drive double-shell capsules at China's...

A new study reports a quantum-inspired recommendation system combining fuzzy clustering, generative adversarial networks, and a dandelion-based optimizer that achieved...

The latest AAPPS Bulletin highlights experimental realizations of topological quantum phases, perturbative gravity models, the CosPA 2025 symposium, national prize...

A comprehensive review by Howard University researchers synthesizes nearly 600 studies to establish a multiscale framework for quantum phenomena in...

A theoretical study demonstrates that modeling an environment with bounded cognitive resolution suppresses decoherence and Von Neumann entropy growth in...

The European Union's 2025 dual-use export controls extend restrictions to quantum hardware and advanced semiconductors, shifting global technology governance toward...

Researchers have developed an analytical residual-minimization framework with Chebyshev–Lobatto corrections to accurately model damped time-fractional Korteweg-de Vries waves in dispersive...

Researchers have developed a transferable deep quantum Monte Carlo method that leverages parameter sharing and dynamic state ordering to compute...