✉news SciencePhysics first seen 1 d ago, last 22 h ago, peak #19
Chiral Superconductivity Stabilized By Hole Doping
A new physics report describes how chiral superconductivity, a state in which superconducting currents circulate in a handed orientation, can be stabilized through hole doping. Doping removes electrons from the material, apparently shifting it into a regime where the chiral superconducting phase becomes stable. The finding is relevant to researchers studying unconventional superconductors, where identifying conditions that lock in exotic order could guide the design of future materials and experiments.
Why now: New research linking hole doping to stable chiral superconductivity is of interest to physicists working on unconventional superconductors.
Evidence
- Chiral Superconductivity Stabilized By Hole Doping · Quantum Zeitgeist
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