Condensed Matter
Detect topological phase transition in SSH model by unsupervised learning
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…
Condensed Matter
Note on 1D-Bosonization Technique
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…
Quantum Optics with Python
Quantum Optics with Python: Three-Level System(1)
Click to view the content: Quantum_Optics3
Quantum Optics with Python
Quantum Optics with Python: J-C model and more
Click to view the content: Quantum_Optics2
Condensed Matter
Quantum Anomalous Hall Effect in Kagome Lattice: Topological Band Study
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
Condensed Matter
Quantum Information with Circuits: Crosstalk of Many Body Phenomenon and circuitQED
Download: http://physcai.com/wp-content/uploads/2018/04/CircuitsQED.pdf
Condensed Matter
Berry Curvature in an Optical System
Download: http://physcai.com/wp-content/uploads/2018/04/Berry-Curvature-in-Optical-Systems.pdf
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