Hole probability for noninteracting fermions in a -dimensional trap
arXiv:2104.08574 · doi:10.1209/0295-5075/ac4aca
Abstract
The hole probability, i.e., the probability that a region is void of particles, is a benchmark of correlations in many body systems. We compute analytically this probability for a spherical region of radius in the case of noninteracting fermions in their ground state in a -dimensional trapping potential. Using a connection to the Laguerre-Wishart ensembles of random matrices, we show that, for large and in the bulk of the Fermi gas, is described by a universal scaling function of , for which we obtain an exact formula ( being the local Fermi wave-vector). It exhibits a super exponential tail where is a universal amplitude, in good agreement with existing numerical simulations. When is of the order of the radius of the Fermi gas, the hole probability is described by a large deviation form which is not universal and which we compute exactly for the harmonic potential. Similar results also hold in momentum space.
arXiv commentMain text: 6 pages, 1 figure Supp mat: 15 pages, 6 figures
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