The Department of Energy announces Fall 2026 SBIR/STTR Phase I Topics, unlocking a $200M DOE fund for small businesses.

Kelvin Yip of the University of California, Merced, and colleagues have digitally simulated bosonic systems on a cloud-based ...

This research presents an autoencoder framework that infers Hamiltonians for quantum systems directly from data, bypassing ...

Quantum Monte Carlo simulations reveal two distinct pathways for heavy electron transport in a U(1) lattice gauge model, ...

Researchers demonstrate temporal entanglement using photons emitted from a quantum dot, violating the Bell inequality.

Dynamical quantum simulations traditionally calculate specific responses, but discard rich information hidden within the ...

Two decades after theorists proposed it, direct observation of how electrons lose coherence at metal surfaces is now possible ...

Quantum key distribution now tolerates visibility levels as low as 0. 84, equating to an 8% quantum bit error rate, a marked ...

Instead of seeking an ideal circuit depth for quantum algorithms, a new approach maps precisely how much error each layer can ...

Researchers identify uranium ditelluride as a leading material with the “right ingredients” for topological superconductivity ...

George Kourousias of Elettra Sincrotrone Trieste and colleagues establish an algebraic correspondence between imaging models ...

In 2D Quantum Chromodynamics, a finite symmetry described by a Fusion Category often implies that particle and soliton masses ...