SM-at-THU / QuantumGravity
This is a collection of notes and discussions at THU Physics about quantum gravity. Main reference: Lectures on Quantum Gravity and Black Holes by Thomas Hartman.
☆10Updated 6 years ago
Alternatives and similar repositories for QuantumGravity:
Users that are interested in QuantumGravity are comparing it to the libraries listed below
- ☆25Updated 4 years ago
- Course notes for Ph229ab 2018: Conformal Field Theory☆35Updated 4 years ago
- An object-oriented general relativity package for Mathematica.☆125Updated 6 months ago
- A Python package to efficiently simulate non-Markovian open quantum systems with process tensors.☆83Updated 3 months ago
- A Mathematica package for the numerical computation of quasinormal modes☆29Updated 5 years ago
- Example xAct notebooks with common usage patterns☆90Updated 3 years ago
- Recent developments in quantum information systems and technologies offer the possibility to address some of the most challenging large-s…☆22Updated last year
- Tutorials for the lecture "Computational Methods in Many-Body Physics"☆68Updated 4 years ago
- Computational Physics codes☆62Updated 2 years ago
- Course at the graduate level on Quantum mechanics for many-particle systems. The link to lecture notes in the form of a jupyter-book is …☆47Updated 2 months ago
- ☆17Updated 4 years ago
- Mathematica code for charged particle motion in black hole curved spacetime also with magnetic field influence.☆11Updated 9 months ago
- Quantum Master Equation Tutorial☆25Updated last year
- A Mathematica package for performing calculations involving matrices/vectors in the Dirac notation which is usually used in quantum mecha…☆65Updated last year
- This is my reading notes of Condensed Matter Physics☆13Updated 8 years ago
- Website for the Black Hole Perturbation Toolkit☆19Updated last week
- Symbolic Quantum Mechanics using SymPy☆39Updated 9 years ago
- Code containing notes for the derivation of mapping a Hubbard system to a quantum computing environment and an example of time evolution …☆14Updated 3 years ago
- Example Mathematica notebooks☆13Updated last year
- An implementation of the time dependent variational principle for matrix product states☆70Updated 2 years ago
- ☆9Updated last year
- This is the repository for the CRC 183 summer school "Machine Learning in Condensed Matter Physics".☆28Updated 3 years ago
- Tutorials for a mini course in machine learning and quantum physics☆41Updated 5 years ago
- A Julia package for computing discrete eigenvalues of second order ODEs☆30Updated last year
- Solving two-dimensional spin models with tensor networks (powered by PyTorch)☆83Updated this week
- A Guide for Quantum Field Theory Practitioners☆17Updated 5 years ago
- Lectures notes from Advanced QFT lecture series given by Dr. Tobias Osborne shared on Youtube: https://bit.ly/2Vqwb0t☆27Updated last year
- A Mathematica package for the numerical solution of ODE eigenvalue problems via a pseudospectral method using the Bernstein basis.☆11Updated 2 years ago
- User-friendly exact diagonalization package written in Haskell. Can treat systems of up to 𝒪(42) spins!☆19Updated 2 years ago