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1. pycharge pycharge Public

   Forked from MatthewFilipovich/pycharge

   Electrodynamics simulator for calculating the fields and potentials generated by moving point charges and simulating oscillating dipoles with and without periodic mechanical motion.

   Python 1

2. Path_integral_approach_with_monte_carlo_method Path_integral_approach_with_monte_carlo_method Public

   This project, part of ENPH/PHYS 479/879: High Performance Computational Physics, explores Feynman's Quantum Path Integral approach to computing the ground state wavefunction of a quantum harmonic o…

   Python

3. Floquet_Analysis_HO_and_TLS_models Floquet_Analysis_HO_and_TLS_models Public

   The project provides full Hamiltonian system of HO and TLS models eigenenergies calculation with non-rotating wave approximation (non-RWA), as well as non-perturbative and perturbative effects on t…

4. DCA-Return-Calculator-Auto-investment- DCA-Return-Calculator-Auto-investment- Public

   The Investment class is used to calculate the earnings of automatic investment strategy. Feel free to play around with the simple code.

   Python

5. NLP-Based-Sentiment-Analysis-of-AI-News NLP-Based-Sentiment-Analysis-of-AI-News Public

   This project was developed for the RAISE-25 competition hosted by Rutgers Bloustein. The competition focuses on analyzing news headlines to explore AI's impact on education, careers, and society. T…

6. ML_Learning_Projects ML_Learning_Projects Public

   Jupyter Notebook