Theoretical design demonstrates enhanced critical temperatures in epitaxial superlattices, suggesting a viable pathway to ambient-pressure superconductivity.
A three-dimensional epitaxial superlattice can sustain an ambient-pressure superconducting state with substantially enhanced TcT_c if a hydrogen-rich covalent layer, a kagome electronic layer, and a polarizable layer are engineered so that a topological phonon mode is resonant with a quantum-geometrically enhanced electronic flat band.
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Giustino Travaglini (2026) studied this question.
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