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mahid's Projects

bb84-protocol-for-qkd icon bb84-protocol-for-qkd

A simulation of the BB84 protocol in a Jupyter Notebook using the code from https://qiskit.org/textbook/ch-algorithms/quantum-key-distribution.html. Protocol steps until key sifting have been implemented. Error correction & parameter estimation were not executed.

coding-phase-space icon coding-phase-space

Plotted phase space trajectories for different mechanical systems using Python.

effects-of-covid-19 icon effects-of-covid-19

Presented the effects of COVID-19 using data obtained from :https://coronavirus.data.gov.uk/details/download. Analyzed a simpler implementation of the SIR model.

exploring-quantum-peculiarities icon exploring-quantum-peculiarities

Conducted various quantum optics experiments with single photons (working with Physlab, Pakistan. https://physlab.org/) to explore quantum entanglement/nonlocality. Performed two-qubit quantum state tomography utilizing the density matrix formalism.

is-the-universe-transparent icon is-the-universe-transparent

Constrained the transparency of the universe & cosmological parameters of interest using the Chi-squared minimization routine.

lunar-lander icon lunar-lander

Mouse-based, very basic python game with retro graphics. Involves landing a rover with its final velocity lower than a threshold velocity. You can control the 'thrust' of the rover using a slider to land with a velocity lower than the threshold velocity.

scalar-and-vector-fields icon scalar-and-vector-fields

Visual representation of scalar and vector fields using Numpy's contour and quiver functions. Comparison of vector field computed using Numpy's gradient function with the same vector field plotted using analytically deduced expressions for the gradient. Wrote a program for plotting vector field arrows originating only from contour lines.

the-shooting-method-and-fast-fourier-transform icon the-shooting-method-and-fast-fourier-transform

Discretization of the time independent Schrodinger equation, shooting method to numerically compute eigenfunctions & eigenvalues of the quantum harmonic oscillator, normalization of the eigenfunctions, and fast fourier transform

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