A fermionic superfluid state for many spinful species - III

TL;DR

This paper extends a fermionic variational wavefunction to include a spin triplet version, enhancing the modeling of superfluid states in multi-species fermionic systems.

Contribution

It introduces a general spin triplet form of a previously developed fermionic wavefunction for multi-species superfluid systems.

Findings

Developed a spin triplet wavefunction variant

Applicable to interacting multi-species fermionic systems

Supports superfluidity in complex multi-spin configurations

Abstract

In previous reports (arXiv:0901.2487, arXiv:1007.0745), we introduced a new fermionic variational wavefunction, suitable for interacting multi-species systems and sustaining superfluidity. This disentangled wavefunction contains a new quantum index. Here we introduce a general spin triplet version of this wavefunction.