[CVPR 2025] Offcial implementation of PhysFlow: Unleashing the Potential of Multi-modal Foundation Models and Video Diffusion for 4D Dynamic Physical Scene Simulation
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Updated
Jul 28, 2025 - Python
[CVPR 2025] Offcial implementation of PhysFlow: Unleashing the Potential of Multi-modal Foundation Models and Video Diffusion for 4D Dynamic Physical Scene Simulation
Small pet-project. Generating music using falling marbles. JS, C++, WASM
FormulaLab derive, search, and manage, formulas in a database
📔 TUM (BSc) LaTeX Thesis Template (inofficial): The template I started with for my Bachelor Thesis. Have fun and if there are mistakes please do not hesitate to contact me. (It's not perfect of course, but should be a good starting point.)
novel zero modes brought by particle-hole symmetry in non-Hermitian regime
Book on 2D semiconductors
Python3 library to calculate college modern physics problems
This is a python-based version of the following book: 'Bayesian methods for the physical science'
Small scripts for various problems during the SP1 (Statistical Physics 1) course at Leiden University.
A repository for all electromganetic based programs and simulations
Simply simulation of Brownian Motion with pygame framework.
This repository contains a Python script that scrapes arXiv.org "New submissions" web page and search for preprints that have titles containing specific keywords or written by a specific author.
Experiment control system based on ControlLight. This code can be used with a GUI, providing a convenient, flexible way to control atomic, molecular or optical experiments. It can also be used as a library, giving access to higher level functions than available through ControlLight. This code is used for the AQuRA clock, see www.AQuRAClock.eu.
A Jupyter notebook containing a simulation using the Runge-Kutta method. It was written for the classical mechanics course at Leiden University.
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