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We Are En-Gauge-Ing In the Mass of Matter :)
Your mom always told you not to put hot pans directly on the table, as it could break it. We wanted to do it anyway but didn't have an unlimited supply of tables, so we used math instead.
We created a multilayer perceptron neural network that calculates the diameter of an asteroid with accuracy on par with NASA’s current two-variable formula for diameter.
The mold that you might see in your next graph theory course.
We just PONGED General Relativity
We implement Ray tracing simulations to get a Black Hole picture. We also show lightlike geodesics as a way to easily observe the physics behind everything.
We make cellular automata to model supercooled frost spreading. This minimal model captures the phase transition observed and patterns found in experiments.
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.
Coughing Simulation: Exploring the Effectiveness of Wearing Masks
WE ARE GRAVIDATRIC PEEPS!!!!
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.