We implement Post-Newtonian general relativistic corrections to the orbit of planets in the three-body problem. In addition, we also obtain the gravitational waves for particular configurations.
We make cellular automata to model supercooled frost spreading. This minimal model captures the phase transition observed and patterns found in experiments.
Stone Skipping Simulation using Processing 4
Kaboom!
Data from a simplified GEANT4 based simulation of electron-proton inelastic scattering is used alongside various ML algorithms to successfully identify positrons, kaons, muons, and protons.
Use machine learning to model the set of coupled differential equations that govern the patterns of Earth’s temperature, Ice coverage, and CO2 based on the data acquired during the last half-century.
We implemented the Gray Scott mathematical model of reaction-diffusion into an arduino simulation to show the result on a simulated 16x16 LED board.
Simulation of a relativistic electric field where the parametres can be changed from the interface.
An augmented reality simulator that allows users to interact with virtual spheres. Any objects brought close to the screen will be turned into virtual surfaces for the spheres to bouce on.
Using a CNC machine, we created a to-scale solar system model based on the real orbit data from NASA.
Using the stable Crank-Nicholson scheme to solve a 1D particle in an infinite well. The user can then define an arbitrary space dependant potential e.g. 2*x*sin(x^2) and watch an animation of output.
WE ARE GRAVIDATRIC PEEPS!!!!
A simple Python module that can work out the displacement of any celestial body with a Newtonian framework.
A space-themed game using physics, where you have to hit planets!
It's about drive, it's about power.
We model gravitating fluids in 2D, export to a csv file, and then visualize their interactions.
Membrane vibration with energy dissipation based on temperature
Coughing Simulation: Exploring the Effectiveness of Wearing Masks
An interactive globe with NASA meteorite landing data plotted on it.
A proton's voyage through the electromagnetic fields of space and time!
Generate Animal Patterns Using Differential Equations!
moving circles
A desktop interface that allows users to record their own audio and will identify the notes played and show the chromagram of the audio recording.
Simulating the origins of life as agents with Brownian motion.
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