Pinned Repositories
-Differential-equation-and-box-based-fractal-dimension-calculator
A simple program to study chaos system
CircuitExperimentReport
The LaTeX report for the course Circuit Experiment 2020 Fall In USTC.
Cluster-expansion-approach-for-quantum-calculation
量子光学平均场展开求解器
Computational-Physics
Physics
fashion-mnist
A MNIST-like fashion product database. Benchmark :point_right:
MFPT
Calculation data for SFG process
Optical-Bistability-of-Second-order-of-Second-order-Nonlinear-Effect
It is used to calculate the optical Bistability of Second order of Second order Nonlinear Effect.
QCLS
Cluster Expansion Based Solver for Open Quantum System
Quantum-Measurement-and-Metrology
Contains the programs implemented for quantum measurement and metrology
QuantumBosonicSteadyDensityMatrix
Solving steady density matrix problem for bosonic quantum system
yesunhuang's Repositories
yesunhuang/Computational-Physics
Physics
yesunhuang/CircuitExperimentReport
The LaTeX report for the course Circuit Experiment 2020 Fall In USTC.
yesunhuang/QCLS
Cluster Expansion Based Solver for Open Quantum System
yesunhuang/Optical-Bistability-of-Second-order-of-Second-order-Nonlinear-Effect
It is used to calculate the optical Bistability of Second order of Second order Nonlinear Effect.
yesunhuang/QuantumBosonicSteadyDensityMatrix
Solving steady density matrix problem for bosonic quantum system
yesunhuang/-Differential-equation-and-box-based-fractal-dimension-calculator
A simple program to study chaos system
yesunhuang/Cluster-expansion-approach-for-quantum-calculation
量子光学平均场展开求解器
yesunhuang/MFPT
Calculation data for SFG process
yesunhuang/Quantum-Measurement-and-Metrology
Contains the programs implemented for quantum measurement and metrology
yesunhuang/fashion-mnist
A MNIST-like fashion product database. Benchmark :point_right:
yesunhuang/ListTesting
Implement of Priority List
yesunhuang/Optics_Toolbox_In_Python
A optics toolbox in Python for the course "The fundamental of modern Optics" at USTC
yesunhuang/QRNNs_Memory
For studying the memory and performance of Quantum Recurrent Neural Networks (QRNNs)
yesunhuang/yesunhuang