medision

Pinned Repositories

1806
Julia course 18.06 course at MIT
Language:Jupyter Notebook00
BEC_numeric
Numeric simulation of a 2D Bose Einstein condensate
Language:Python00
BHLectures
Lectures "Geometry and physics of black holes"
Language:Jupyter Notebook00
comp-phys
Computational Physics Class
Language:Jupyter Notebook00
ComputationalPhysics
Introductory course in Computational Physics, including linear algebra, eigenvalue problems, differential equations, Monte Carlo methods and more.
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ComputationalPhysics2
Advanced course in Computational Physics, see texbook at http://compphysics.github.io/ComputationalPhysics2/doc/LectureNotes/_build/html/ with an emphasis on computational quantum mechanics, machine learning and quantum computing.
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ComputationalPhysicsMSU
For weekly plans, slides etc this site contains all relevant info
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counterdiabatic
simulate efficient spatial translation of dipole-trapped atom clouds using counterdiabatic driving protocols
Language:Python00
DGPE
GPEsolver
Language:Python00
differential-geometry-sagemath
Computations, plots and mathematical explanations on curves and surfaces in SageMath.
Language:HTML00

medision's Repositories

medision/1806
Julia course 18.06 course at MIT
Language:Jupyter Notebook00
medision/BHLectures
Lectures "Geometry and physics of black holes"
Language:Jupyter Notebook00
medision/comp-phys
Computational Physics Class
Language:Jupyter Notebook00
medision/ComputationalPhysics
Introductory course in Computational Physics, including linear algebra, eigenvalue problems, differential equations, Monte Carlo methods and more.
00
medision/ComputationalPhysics2
Advanced course in Computational Physics, see texbook at http://compphysics.github.io/ComputationalPhysics2/doc/LectureNotes/_build/html/ with an emphasis on computational quantum mechanics, machine learning and quantum computing.
00
medision/differential-geometry-sagemath
Computations, plots and mathematical explanations on curves and surfaces in SageMath.
Language:HTML00
medision/Dive-Into-Deep-Learning-PyTorch-PDF
本项目对中文版《动手学深度学习》中的代码进行了PyTorch实现并整理为PDF版本供下载
medision/Dive-into-DL-PyTorch
本项目将《动手学深度学习》(Dive into Deep Learning)原书中的MXNet实现改为PyTorch实现。
medision/Dive-into-DL-TensorFlow2.0
本项目将《动手学深度学习》(Dive into Deep Learning)原书中的MXNet实现改为TensorFlow 2.0实现，项目已得到李沐老师的认可
medision/dtwa_bbgky_fermions
Truncated Wigner Approximation with higher quantum kinetic corrections for many fermion systems
medision/FYS4480
Course at the graduate level on Quantum mechanics for many-particle systems. Contains basics of second quantization, diagrammatic analysis, Hartree-Fock theory, full configuration interaction theory, many-body perturbation theory, Coupled-Cluster theory, Monte Carlo methods, quantum computing and quantum machine learning
medision/hubbard-koopmans-2022
Advanced Quantum ESPRESSO tutorial: Hubbard and Koopmans functionals from linear response
medision/IntroToManifolds
Andrzej Chrzeszczyk's introduction to manifolds in SageMath
medision/Machine-Learning-for-Algorithmic-Trading-Second-Edition
Code and resources for Machine Learning for Algorithmic Trading, 2nd edition.
medision/machine-learning-octave
🤖 MatLab/Octave examples of popular machine learning algorithms with code examples and mathematics being explained
medision/MachineLearning
Course on Machine Learning and Statistical data Analysis with book at https://compphysics.github.io/MachineLearning/doc/LectureNotes/_build/html/intro.html. Contains Linear and Logistic Regression, Neural Networks and Deep Learning methods, Decision Trees, Random forests, Boosting methods and other ensemble methods, support vector machines and central unsupervised learning algorithms.
medision/MachineLearningMSU-FRIB2020
This repository contains all learning material for the Machine Learning course at FRIB@MSU
medision/msph402b
Python codes for MSPH402B - Computational Physics, taught at the Department of Physics, The University of Burdwan
medision/periodic_lipkin
Codes for simulating the dynamics of periodically driven Lipkin-Meshkov-Glick model
medision/Physics321
This repository contains material pertinent to PHY321, Classical Mechanics at Michigan State University . Look up the jupyter-book at https://mhjensen.github.io/Physics321/doc/LectureNotes/_build/html/chapter1.html
medision/Physics_Problems
Here are presented some useful codes to solve physics problems from classical and quantum mechanics, with Fortran 90 and Python 3 languages.
medision/PyPBEC
Simulation of Photonic Condensates
medision/Python-scientific-computation
《Python科学计算》第二版张若愚老师的演示代码
medision/QuantumESPRESSO-school-2023
Advanced Quantum ESPRESSO school: Hubbard and Koopmans functionals from linear response
medision/QuantumOptics.jl-examples
Examples for QuantumOptics.jl
medision/qutip-lectures
Lectures on QuTiP: slides and ipython notebooks
medision/scientific-python-lectures
Lectures on scientific computing with python, as IPython notebooks.
medision/sophisticated-dmrg
A more "sophisticated" DMRG program, based on simple-dmrg
Language:Python0 0
medision/spin-1_BEC
PhD project focussing on the structure and dynamics of topological defects in spin-1 Bose-Einstein condensates.
Language:Python0 0
medision/StatMechCodes
A repository of all my codes and simulations used to teach Intermediate Statistical Mechanics to masters students at the University of Burdwan
Language:Jupyter Notebook0 0