Supplemental materials to a scientific paper on the computation of Quasinormal Modes in a non-commutative model for Schwarzschild black holes
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Updated
Jun 21, 2024 - MATLAB
Supplemental materials to a scientific paper on the computation of Quasinormal Modes in a non-commutative model for Schwarzschild black holes
In summary, this program performs computations involving tensors that are fundamental to the mathematical formulation of general relativity. These tensors capture the geometric and energetic properties of spacetime, providing insights into the gravitational behavior of massive objects and the dynamics of the universe.
🚀🧑🚀 Final-Year Thesis on Orbital Motion about Black Holes
My Final Project using ipywidgets to make two notebooks in the Einsteinpy package more interactive. The two notebooks I chose were "Shadow cast by an thin emission disk around a Schwarzschild Black Hole" and "Plotting Spacial Hypersurface Embedding for Schwarzschild Space-Time"
Geometric Modelling and Parameter Estimation using Black hole Images for EHT including VLBI
Physics calculator machine written in Python. Includes programs from gravitational time dilation and the relativity factors to the Doppler Effect. These are calculated with your input for numerous parameters. More such advanced physics calculation programs to come.
A non-euclidean ray tracing engine that models general relativity.
A simple script written using symbolic python that takes as input a desired metric and automatically calculates and outputs the Christoffel Pseudo-Tensor, Riemann Curvature Tensor, Ricci Tensor, Scalar Curvature and the Kretschmann Scalar
Visualising the spacetime geodesics of general relativity
TOV Solver for neutron star structure calculations.
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