Polarization of Core Fermion and the Heat Transport of Flux Line

抄録

The polarization energies of the bound fermion in the core of moving flux line by the core field are calculated. The contribution from around the core center is 10⁻²–10⁻³ times of the unperturbed energy, while the peripheral polarization makes 10 or more percent increment of the fermion energy. The polarization by core field may account for that the transport heat exceeds the incremental heat under some conditions.