This is a program that provides a graphical solution for the population inversion of the levels 2 and 3 of the Argon laser atomic system.

The code for my bachelor's thesis, a numerical exploration of the second part of Hilbert's 16th problem

Numerical Methods

Investigating Natural Oscillators Behaviour

Collection of C++ codes for the computation of Bruggeman effective medium refractive index spectra.

Library for multistep and multistage integration of ODEs

Ordinary Diferential Equations

A tool to get introduced at modeling of gene expression in cell populations.

The folder contains implemented approaches of curves fitting of Non-Specific binding of Blood Plasma proteins to the sensor surface

A bunch of PK/PD patient models with various diseases for open-/closed-loop control systems

Part of MSc Biology Project (2/2). Ordinary Differential Equations (ODE) model for modelling protein, more specifically Sfp1, translocation.

Learning the basics of epidemic modelling via compartmental models in Python

I solve the Lorentz system in Python using the boost odeint library via the Python C API.

Numerically solving the dynamical equations of a protein expression system

Particle flow animation with the trajectories of the particles being computed using the function odeint from scipy.integrate.

Introduction to analyze piecewise-smooth systems using python

Solving initial value problems in pharmacometric modeling using TensorFlow

This project was to simulate the earth’s atmospheric convection using Lorentz attraction formulas with the suitable parameters. Coded the formulas, wrote them in Python code including various functions to perform double differentiation using the eulers method.

Lorenz system - Repository for the project for Software and Computing for Applied Physics