qncai-fudan

qncai-fudan's Stars

• jrjohansson/scientific-python-lectures

  Lectures on scientific computing with python, as IPython notebooks.

  Language:Jupyter Notebook3.5k308251.8k

• qutip/qutip

  QuTiP: Quantum Toolbox in Python

  Language:Python1.7k80955639

• qutip/qutip-notebooks

  A collection of IPython notebooks using QuTiP: examples, tutorials, development test, etc.

  Language:Jupyter Notebook2402938236

• EverettYou/Mathematica-for-physics

  Mathematica Packages for Physicists

  Language:Mathematica1737441

• NanoComp/mpb

  MIT Photonic-Bands: computation of photonic band structures in periodic media

  Language:C1682010391

• zhaonat/Rigorous-Coupled-Wave-Analysis

  modules for semi-analytic fourier series solutions for Maxwell's equations. Includes transfer-matrix-method, plane-wave-expansion-method, and rigorous coupled wave analysis (RCWA).

  Language:Jupyter Notebook12212550

• mitmath/18369

  18.369/8.315 - Mathematical Methods in Nanophotonics course

  Language:Jupyter Notebook10911034

• xiumingzhang/photonic-bandgap-comsol-matlab

  Computing the Bandgap of a 2D Photonic Crystal by COMSOL-MATLAB Scripting

  Language:Matlab446115

• qutip/qutip-doc

  QuTiP documentation

  Language:Python36152958

• yiy-mit/nanoEM

  COMSOL implementation of the mesoscopic boundary conditions for nanoscale electromagnetism

  306018

• SerbanL/Boris2

  Boris Computational Spintronics

  Language:C++29398

• Light-in-complex-nanostructures/RETOP

  RETOP is an free Matlab toobox that implements a near-to-far-field transformation for computing the radiation diagram. This transformation is implemented in many electromagnetic software, however for most of them, like COMSOL multiphysics, the transformation is restricted to object surrounded by uniform media (free space). RETOP operates for objects on substrates or buried in stratified media. It can be used to compute the radiation diagram in the superstrate and the substrate . The substrate may support guided modes or surface plasmon modes with metal layers. RETOP additionally computes the in-plane radiation diagram in the guided modes. It just needs the near-field (computed on a rectangular box that contains the object with any full-wave Maxwell’s solver) to compute the radiation diagrams. It is especially relevant for calculating the scattering of nanoparticle on substrates. Special attention is made to the interface with COMSOL Multiphysics.

  Language:MATLAB20229

• irisdorn/automatedcomsol

  Various .m files of code in MATLAB® for automating COMSOL Multiphysics®

  Language:MATLAB18201

• bbanerjee/MetamaterialSim

  Simulations of metamaterials with Comsol and Ansys

  Language:Matlab16306

• yongjinjiang/Hofstadter-Butterfly-TBG

  landau_levels_of TBG

  Language:Jupyter Notebook16204

• Light-in-complex-nanostructures/MAN

  MAN (Modal Analysis of Nanoresonators) is a matlab based software made for analyzing electromagnetic micro and nanoresonators.

  Language:MATLAB15416

• issahi62/PWEM-TMM_fields

  FMM+RCWA-rigourous coupled wave analysis for different structures

  Language:MATLAB96

• Rafal-Swietek/Abrikosov-lattice

  COMSOL simulation for the generation of vortex structures forming an Abrikosov lattice for different geometries

  Language:MATLAB8200

• tylerparsons/ising

  MATLAB library for simulating the Ising Model.

  Language:Matlab8303

• knifelees3/DipoleEmissionInSymmetricStructure

  To calculate the emission properties when the dipole is put near symmetric structure.

  Language:Jupyter Notebook5200

• otbrown/mpostat-matlab

  MATLAB code to find the stationary state of a dissipative open quantum system, using matrix product operators.

  Language:Matlab42130

• Carmenlazy-ustc/Time-varying-metasurface

  Language:MATLAB3201

• yxli8023/SpaceGroupIrep

  A mathematica package for irreducible representations of space group

  Language:Mathematica30

• ianwilliamson/cnow

  Coupled Nonlinear Optical Waves (CNOW)

  Language:Matlab1300

• ianwilliamson/mphdrivendispersion

  Language:MATLAB1200

• matteosecli/Problems-in-Condensed-Matter

  Repository for the course in "Basic and advanced problems in condensed matter theory"@SISSA, academic year 2016/2017.

  Language:Mathematica130