Bose-like few-fermion systems
Yu-Lin Zhao, Chi-Chun Zhou, Wen-Du Li, Wu-Sheng Dai

TL;DR
This paper investigates how small fermion systems behave differently depending on whether they have even or odd numbers of particles, revealing that even-numbered systems mimic Bose systems more than Fermi systems.
Contribution
It demonstrates the distinct behavior of few-fermion systems in the canonical ensemble, highlighting the Bose-like nature of even-numbered systems.
Findings
Even-number-fermion systems behave like Bose systems.
Odd-number-fermion systems exhibit different fermionic behavior.
Canonical ensemble analysis reveals these differences.
Abstract
Dealing with a few-fermion system in the canonical ensemble, rather than in the grand canonical ensemble, shows that a few-fermion system with odd number fermions behaves differently from a few-fermion system with even number fermions. An even-number-fermion system behaves like a Bose system rather than a Fermi system.
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