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conventional superconductivity theoriesPhys Org
•Science
Science
91% Informative
Unconventional superconductors are materials that exhibit superconductivity that is not prompted by electronphonon interactions.
Researchers at MIT , Harvard University and the National Institute for Materials Science in Japan recently set out to better understand the mechanisms behind the unconventional supercondivity observed in twisted graphene moiré heterostructures.
Their study unveils a large and tunable kinetic inductance (i.e., a resistance to changes in current prompted by the inertia of charge carriers) in twisted trilayer graphene.
Researchers have discovered superconductivity in magic angle twisted trilayer graphene.
They measured the kinetic inductance of magic angle graphene, which is inductance that arises from the inertia of paired electrons in the superconducting state.
This is a highly promising result for the development of quantum technologies .
The material studied does not exist in nature and needs to be carefully engineered in laboratory settings.
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