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Physics student. Research interest: Laser-electron interactions, nuclear systems modelling with Vlasov methods.
standing-waves. A method of simulating the 2-dimensional standing waves phenomena caused by the superposition of an incident and a reflected transversal wave travelling in the same string in opposite directions in Unity.
3electron-momentum-transfer. Relativistic Higuera-Cary particle pusher for validating the ponderomotive approximation. Parallelized with OpenMP.
3hyper-vlasov. Vlasov equation solver for nuclear systems, used in simulating the isospin asymmetry, GDR and PDR excitations, nucleus-nucleus collisions, and more. Parallelized with OpenMP.
1waves-shader. This is a Unity simple shader that offsets vertices of a 3D model in the y direction according to a composed wave function.
1magnetic-induction-2d. A simple C program that calculates magnetic induction vector fields.
1gravitational-potential-fractal. Program that simulates the 2D fractals created by moving objects attracted by larger, fixed objects.
1lorentz-force-unity. Simulating the Lorentz Force on charged particles in Unity.
1rlc-alternating-current-unity. A method of simulating simple RLC circuits using Unity.
1electric-field-2d. C program that calculates electric vector fields or gradients from an input file and writes it to an output file.
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