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Statistical Mechanics of Quantum Dots

机译:量子点的统计力学

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In 1995, the main objective of our research was the nonuniversal properties of quantum dots. Typical behavior of these closed systems of large but finite number of electrons is usually called quantum chaos. This means something opposite to behavior of quantum integrable systems where spectra can be characterized by a set of quantum numbers. Quantum chaos can be caused either by disorder or by geometry of a quantum dot or by interactions between electrons. It was intensively studied for several years. Probably the most popular characteristics of chaotic quantum systems are the statistics of energy spectra.
机译:1995年,我们研究的主要目标是量子点的非普遍性质。这些数量众多但数量有限的电子的封闭系统的典型行为通常称为量子混沌。这意味着与量子可积系统的行为相反,在量子可积系统中,光谱可以用一组量子数来表征。量子混乱可能是由无序,量子点的几何形状或电子之间的相互作用引起的。经过多年的深入研究。混沌量子系统最流行的特征可能是能谱的统计。

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