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物理系colloquium: 镍氧化物高温超导研究
Electrostatically driven self-assembled biomimicry
Unlocking the Potential of π-Conjugated Azaphospholes and Innovative P1Build...
全球变化科学紫荆论坛第433期:现代地理学:从人地关系到人地协同
报告题目:
NONLINEAR QUANTUM LIQUIDS IN ONE DIMENSION
 报告人:
Prof. Leonid Glazman
Department of Physics, Yale University
报告时间:
2013-05-27 10:00
报告地点:
Conference Hall 322, Science Building, Tsinghua University
主办单位:
高等研究院
  简介:
The conventional description of one-dimensional quantum fluids is based on the Luttinger liquid theory. In that theory, the true energy-momentum relation of particles making up the fluid is replaced by a linear one. This simplification is crucial for the theory, and abandoning it has proven to be difficult. The talk presents a breakthrough which allowed one to circumvent the difficulty. The new theory describes dynamic responses of a fluid consisting of particles with a generic spectrum. It is applicable to a diverse group of systems, including, for example, electrons in quantum wires and cold atomic gases in one-dimensional traps.
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