solving differential equations, plotting radioactive decay and vector fields, carrying out error propagation, finding extrasolar planets, accessing cosmological simulations
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Updated
Apr 13, 2017 - Jupyter Notebook
solving differential equations, plotting radioactive decay and vector fields, carrying out error propagation, finding extrasolar planets, accessing cosmological simulations
Simple lorentz simulator using Matplotlib or PyQtGraph
Image Resizing using Interpolation and making video of that process. Encryption and Decryption of that video using Lorentz and Rossler method
Finite Difference Time Domain Method for solving Lorentz Dispersive Media with TGM
"Lorentz interactive" is an interactive spacetime diagram for the 1D Lorentz transformations. Play around and gain insight!
Code of the final project for the course "Foundations of Data Science" from the Master's at University of Hertfordshire. Analysis of Stellar Spectra with Lorentz+linear model and Random Forest classifications. Data is not included, use the provided query to access the RAVE data directly from the website.
A platform for trying Lorentz - eDSL for writing Tezos smart contracts.
Embed arbitrary graphs in Hyperbolic space
Ultra-strong laser field rescattering
Easily calibrate Mößbauer (MB) spectra
Python 3 script for (hassle-free) fitting of Mößbauer (MB) spectra
Plots Mößbauer spectra from parameter files or ORCA output files
Coded in Java to display the Lorenz attractor via Euler's Method
Minkowski's Space-Time Visualizer
A Mathematica Tracing Package Using FORM
Lorentzian Fitting with Baseline Models
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