Theoretical study on exotic quantum transport properties induced by Cooperation between peculiar band structures and electron correlation effects

电子是受量子力学支配的粒子，因此表现为波。这种波的频率和波长（或波数）由色散关系联系在一起，色散关系用凝聚态物质的能带结构表示。另一方面，在凝聚态物质中有许多电子，它们彼此排斥地相互作用。在本项目中，我们从理论上研究了奇异的电子输运性质的起源，这是由特殊的能带结构和电子-电子相互作用效应的合作诱导。

Electrons are particles governed by quantum mechanics, and therefore behave as waves. The frequency and the wavelength (or the wave number) of this wave are related by the dispersion relation, which is expressed in terms of the band structure in condensed matter. On the other hand, there are many electrons in condensed matter, and they repulsively interact with each other. In the present project, we have theoretically studied the origin of exotic electronic transport properties which are induced by cooperation of peculiar band structures and electron-electron interaction effects.