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- W4210645530 abstract "Fermion-exciton condensation in which both fermion-pair (i.e., superconductivity) and exciton condensations occur simultaneously in a single coherent quantum state has recently been conjectured to exist. Here, we capture the fermion-exciton condensation through a model Hamiltonian that can recreate the physics of this new class of highly correlated condensation phenomena. We demonstrate that the Hamiltonian generates the large-eigenvalue signatures of fermion-pair and exciton condensations for a series of states with increasing particle numbers. The results confirm that the dual-condensate wave function arises from the entanglement of fermion-pair and exciton wave functions, which we previously predicted in the thermodynamic limit. This model Hamiltonian---generalizing well-known model Hamiltonians for either superconductivity or exciton condensation---can explore a wide variety of condensation behavior. It provides significant insights into the required forces for generating a fermion-exciton condensate, which will likely be invaluable for realizing such condensations in realistic materials with applications from superconductors to excitonic materials." @default.
- W4210645530 created "2022-02-08" @default.
- W4210645530 creator A5052995521 @default.
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- W4210645530 date "2022-01-26" @default.
- W4210645530 modified "2023-10-18" @default.
- W4210645530 title "Simultaneous fermion and exciton condensations from a model Hamiltonian" @default.
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- W4210645530 doi "https://doi.org/10.1103/physrevb.105.035143" @default.
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