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Abstract This paper extends A.J. Hoffman's results on approximate solutions of finite systems of linear inequalities to infinite systems of linear inequalities. It is shown that for a given infinite… (More)
- Hui Hu, Gao Xianlong, Xia-ji Liu
- 2014
We theoretically investigate collective modes of a one-dimensional (1D) interacting Bose gas in harmonic traps at finite temperatures, by using a variational approach and local density approximation.… (More)
- Hui Hu
- 1995
Abstract This paper presents a method for positive definite constrained least-squares estimation of matrices. The approach is to transform the problem into an equivalent convex quadratic program with… (More)
- Hui Hu, Xiu-Min Zheng
- 2014
- Peng Zou, Hui Hu, Xia-ji Liu
- 2018
We develop a microscopic theory of dynamic structure factor to describe the Bogoliubov-Anderson-Goldstone phonon mode and its damping rate in a strongly interacting Fermi gas at finite temperature.… (More)
- Xiao-Long Chen, Xia-ji Liu, Hui Hu
- 2017
We theoretically study a three-dimensional weakly-interacting Bose gas with Raman-induced spin-orbit coupling at finite temperature. By employing a generalized Hartree-Fock-Bogoliubov theory with… (More)
Here, we theoretically investigate the equation of state and Tan's contact of a nondegenerate three-dimensional Bose gas near a broad Feshbach resonance, within the framework of large-N expansion.… (More)
- Peter D. Drummond, X. Liu, Hui Hu
- 2007
The report analyzes all the available experimental data from three laboratories on the entropy-energy relation of two different strongly interacting trapped Fermi gases, and compare this directly… (More)
- Xia-ji Liu, Hui Hu
- 2013
Inhomogeneous superfluidity lies at the heart of many intriguing phenomena in quantum physics. It is believed to play a central role in unconventional organic or heavy-fermion superconductors, chiral… (More)
We theoretically investigate superfluidity in a strongly interacting Fermi gas confined to two dimensions at finite temperature. Using a Gaussian pair fluctuation theory in the superfluid phase, we… (More)