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Simulation Images/Results

Solving Hydrogen atom in Python 01

Solving Hydrogen atom in Python 02

Plotting geodesic on torus

Solving Hydrogen atom in Python 01
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Various simulation results are displayed here. Click to see the full images.
Gallery
Simulation Videos
This is the quantitative video of Geodesic on curved Surfaces which includes geodesic on sphere and different possible geodesic on torus.
This is quantitative video showing Timelike and Null geodesic near Schwarzschild Black Hole. Using the plot of effective potential energy we can figure out different possible geodesics.
This is quantitative video showing Timelike and Null geodesic near Reissner–Nordström (Charged Black Hole) Black Hole. Using the plot of effective potential energy we can figure out different possible geodesics.
This is quantitative video showing Timelike and Null geodesic near kerr (Rotating Black Hole) Black Hole.
This is quantitative video showing Timelike and Null geodesic near Schwarzschild Black Hole. Using the plot of effective potential energy we can figure out different possible geodesics.
This video simulation shows how a massive particle will move near Schwarzschild black hole which is not at origin instead some arbitrary location in space.
This video is the geodesic simulation near the the black hole moving with constant velocity.
This video is the geodesic simulation near the two static black holes.
This video simulation is showing binary black hole system losing energy in the form of gravitational radiation. Graph showing various components of gravitational wave as a function of time.
This video simulation is showing binary black hole system losing energy in the form of gravitational radiation. Graph showing gravitational wave as a function of time.
This is the simulation made using python. In this you will see Timelike geodesic and null Geodesic around different types of Black Holes. It also include perihelion precession of Mercury and deflection of star light by sun. Geodesic on sphere and Torus is also shown in this video.
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