analiza aiqbench

This research establishes precise temperature thresholds where strongly correlated fermionic systems can be accurately approximated using simpler Gaussian states, significantly reducing computational complexity for simulations. By defining these limits in strong coupling regimes, the study provides a rigorous mathematical foundation for modeling materials described by Fermi and Hubbard models without relying on unverified simplifying assumptions. Such bounds are critical for advancing quantum algorithms that simulate condensed matter physics and designing efficient solvers for many-body problems.