A variational two-boson reduced density matrix method computes ground-state energies, densities, and correlation functions for 1D trapped bosons with contact interactions across N=2 to 10^4.
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Analysis of bound states, critical states, confinement, and scattering resonances for even and odd parity-symmetric two-point contact interactions in the 1D Dirac equation.
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Reduced density matrix approach to one-dimensional ultracold bosonic systems
A variational two-boson reduced density matrix method computes ground-state energies, densities, and correlation functions for 1D trapped bosons with contact interactions across N=2 to 10^4.
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Bound States and Resonance Analysis of One-Dimensional Relativistic Parity-Symmetric Two Point Interactions
Analysis of bound states, critical states, confinement, and scattering resonances for even and odd parity-symmetric two-point contact interactions in the 1D Dirac equation.