论文标题
涡流中手性费米子的极化旋转
Polarization Rotation of Chiral Fermions in Vortical Fluid
论文作者
论文摘要
极化的旋转发生在与手性材料相互作用的光中。它要求具有相反手法的光状态与材料的相互作用不同。我们证明了使用手性动力学理论与量子电动力学血浆与量子电动力学等血浆相互作用的手性费米也存在类似的极化旋转。我们发现极化的旋转既垂直于涡度和费米子动量。量子染色体动力学等血浆中的手性费米也存在。当探针含有动量各向异性时，它可能导致矢量电流的产生。
The rotation of polarization occurs for light interacting with chiral materials. It requires the light states with opposite chiralities interact differently with the materials. We demonstrate analogous rotation of polarization also exists for chiral fermions interacting with quantum electrodynamics plasma with vorticity using chiral kinetic theory. We find that the rotation of polarization is perpendicular both to vorticity and fermion momentum. The effect also exists for chiral fermions in quantum chromodynamics plasma with vorticity. It could lead to generation of a vector current when the probe fermions contain momentum anisotropy.
