Can attractive interactions on a lattice create precisely defined bound states near zero energy? Analysis reveals that for ...

Before now, designing dependable space-based quantum networks meant choosing architectures blindfolded, without knowing how ...

Emory University physicists pinpoint Anyons—exotic quasiparticles—using light, offering a new tool for Quantum Computing ...

Gregg Carman’s appointment signals a deliberate focus on translating Qblox’s advanced quantum control stack technology into ...

For some power-law potentials, energy levels calculated using Bohr-Sommerfeld rules typically drift further from accuracy as ...

Can rapid changes to a quantum system’s properties cause instability even when those systems defy traditional rules? This ...

A measurement accuracy of just 0. 0341% from optimal has now been achieved when estimating multiple qubit observables, ...

Identifying gamma-ray source locations with 97% accuracy using quantum computing marks a shift towards tackling complex ...

Quantum measurements demand ever increasing memory to reliably store and retrieve information, but how little is actually ...

In cubic theories, entanglement between zero modes and higher dimensions falls as one over mass, with a coefficient of ...

A dynamic shift between free expansion and restricted movement has been achieved within a designed quantum material, a feat ...

UC Berkeley receives $1 million to build a regional quantum workforce pipeline, connecting students to quantum careers.