New insight into light-matter thermalization could advance quantum computing

Simulation of Rydberg arrays inside optical cavity shows photons and atoms don’t always rapidly settle at same temperature and destroy quantum information.

Josephson junctions possible with just one superconductor

Ferromagent iron finds way to sync with superconducting metal vanadium.

Crystals in a new light

A setback in growing light-responsive crystals leads to novel method for mapping molecular arrangements.

News and Events

Explore the latest news and events from UB's experts in quantum.

Crystals in a new light: UB team proposes rethinking crystal structure analysis
2/6/26
A setback in growing light-responsive crystals leads to novel method for mapping molecular arrangements.
New insight into light–matter thermalization could advance neutral-atom quantum computing
1/21/26
Simulation of Rydberg arrays inside optical cavity shows photons and atoms don’t always rapidly settle at same temperature and destroy quantum information.
Josephson junctions — quantum computing building blocks — are possible with only one superconductor
12/29/25
Ferromagent iron finds way to sync with superconducting metal vanadium.
Quantum dynamics on your laptop? New technique moves us closer
10/8/25
Study offers user-friendly template for simulating quantum systems on consumer laptops, saving supercomputers for more complex systems.
Core electron bonding may not always require extreme pressure, study finds
9/30/25
Research suggests some metals’ semicore electrons may be more active on Earth’s surface than previously thought.
UB workshops will train chemists in AI, thanks to half-million-dollar NSF grant
8/1/25
Funding will also support the development of a "machine learning for chemists’ course.

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