overview
Theoretical Model
1 Quantum circuit model
2 Topological quantum computing
3 Quantum walks
QW meet Physics
4 Quantum adiabatic/annealing computations
5 Measurement based quantum computation
Variational Algorithms
1 QAOA
2 QNN
3 Variational Eigensolver
Advanced algorithms and others
Complexity
DeQuantization
HHL
Shadow tomography
Baisc Algorithms
Deutsch-Josza Algorithm
Shor algorithm
Grover algorithm
Application Perspective
Max-Cut
Chemistry
Linear systems
Dynamical simulation
Physical Realization
Quantum error correction
Superconducting circuits
Trapped ions
Neutral atoms in optical lattices
Published with GitBook
DeQuantization
To be continued
Reference
Cotler, Jordan, Hsin-Yuan Huang, and Jarrod R. McClean. "Revisiting dequantization and quantum advantage in learning tasks."
arXiv:2112.00811
(2021).
Appendix
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