Comparing ‘sister’ compounds may hold key to quantum puzzle
Researchers for the first time are offering a quantitatively accurate description of the origin of the mysterious “Planckian scattering rate.”
Read moreStudent Spotlight: Ningdong Wang
'My work is part of a larger effort to build the Electron-Ion Collider (EIC) at Brookhaven National Laboratory.'
Read moreLatest muon measurement doubles precision
A Cornell team is designing some of the technology that captures the muon data.
Read moreHummingbird beak points the way to future micro machine design
Building smaller and smaller machines is not simply a matter of shrinking the components.
Read moreDiscovering the secrets of ultracold atoms in Italy
The Graduate School spoke with Darren Pereira, a doctoral candidate in physics, about his summer research at the University of Florence in Florence, Italy.
Read moreCurrent takes a surprising path in quantum material
The findings will help settle a decades-long debate and offers insights that will inform the development of topological materials for next-generation quantum devices.
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Breakthrough identifies new state of topological quantum matter
A crystalline yet superconducting state in a new and unusual superconductor could have significant consequences for quantum computing.
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