玻色子与费米子场的热传播子
Thermal propagator of the bosons and fermions fields
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中文总结 AI 辅助
本文针对有限温度无化学势的热力学环境，引入参数σ结合实时形式（RTF）路径积分，构建了标量与费米子传播子，明确了粒子在动量空间及混合空间的运动规律。
中文摘要 AI 辅助
在热力学环境中，热场论（TFT）描述大量相互作用粒子的系综，这看似与经典统计力学中的情况相同。因此，我们通过引入任意参数σ来研究标量传播子和费米子传播子，该参数可实现实时形式（RTF）下的路径积分描述。我们构建了这些传播子，使其能让我们知晓在有限温度且无化学势的情况下，粒子如何在动量空间及混合空间中从一点移动到另一点。
英文摘要
In a thermodynamic environment, thermal field theory (TFT) describes a large ensemble of interacting particles. This may appear to be the same as in classical statistical mechanics. Therefore, we study the scalar propagator and fermion propagator by considering an arbitrary parameter $σ$ that allows for a path integral description in real-time formalism (RTF). We constructed those propagators which allowed us to know how particles moved from one point to another point in momentum space as well as in mixed space, at finite temperature without a chemical potential.
