For the fermionic V₁ Laughlin Hamiltonian at flux q=3(N−1), sufficiently weak projected bounded real scalar one-body potentials leave a unique ground state and a spectral gap bounded below uniformly for all sufficiently large N and all potential profiles of sup norm at most one.
For the fermionic V₁ Laughlin Hamiltonian at flux q=3(N−1), sufficiently weak projected bounded real scalar one-body potentials leave a unique ground state and a spectral gap bounded below uniformly for all sufficiently large N and all potential profiles of sup norm at most one.
For the fermionic V₁ Laughlin Hamiltonian at flux q=3(N−1), sufficiently weak projected bounded real scalar one-body potentials leave a unique ground state and a spectral gap bounded below uniformly for all sufficiently large N and all potential profiles of sup norm at most one.
If correct, establishes a uniform disorder interval for the full spherical Laughlin parent Hamiltonian.
Does the full spherical Laughlin gap persist under weak bounded scalar disorder?
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OpenAI reports disorder stability of the spherical Laughlin gap
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