Gauges, topology and geometric effect
Correlation, entanglement and order competition
Optimal control and machine learning
Hofstadter Model and its Topology(Julia Version) Hofstadter Model and its Topology(Julia Version)¶ About the author: Jia-Qi Cai Huazhong University of science and Technology, Wuhan Email: caidish@uw.edu In [56]: #import essential package using LinearAlgebra, Statistics, Compat, Plots, Read more…
This is an English version (and a slightly advanced one) of my post in ZhiHu website. The most fascinating and promising technique in CS field is artificial intelligence; while the most interesting concepts in modern Read more…
Physics does not depend on the representation, but your life surely does. In this short note, we review the basic bosonization method for studying the interacting 1D system [and then we review the rigorous developments Read more…
Click to view the content: Quantum_Optics3
Click to view the content: Quantum_Optics2
The main result is still being calculated. See band structure in my notebook: http://nbviewer.jupyter.org/github/caidish/my_nb/blob/master/Kagome_lattice.ipynb The edge mode is also interesting. Chern number is also calculated. http://nbviewer.jupyter.org/github/caidish/my_nb/blob/master/Kagome_lattice_edge_mode.ipynb
Download: http://physcai.com/wp-content/uploads/2018/04/CircuitsQED.pdf
Download: http://physcai.com/wp-content/uploads/2018/04/Berry-Curvature-in-Optical-Systems.pdf
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