isolatedsingularity,Jeff,github

Conducting research on the application of topological quantum field theory to quantum neural networks for more efficient quantum computation
Simultaneously conducting research on optimizing robust consensus protocols in post-quantum cryptography using low-dimensional topology and game theory
I’m interested in collaborating on:
- topological quantum neural networks
- quantum information/computing theory
- quantum gravity

Jeff's Projects

brownian-motion

Brownian motion simulation with N-random walks in arbitrary dimensions.

cosmic-string-signals

Extraction of cosmic string signals in coupled primordial noise occuring in inflationary cosmology.

cosmology-simulations

Numerical algorithms in inflationary cosmology and high-energy astrophysics.

einstein-equations-of-motion

Computed the Einstein field equations and geodesic equations for non-vanishing energy densities in expanding spacetimes.

frb-tunneling

Scintillation and decorrelation statistics of fast radio bursts for black-white hole tunneling events in quantum cosmology.

ising-model

Computed a 2D Ising model simulation using the Metropolis-Hastings algorithm and Glauber dynamics for the Markov chain Monte Carlo method.

Site template for a McGill University physics Hackathon about numerically reproducing the interference pattern in the double slit experiment with path integrals and Markov chain Monte Carlo simulations.

oop-classes

Object oriented programming approach to real-valued matrix algebra and multidirectional elevators.

quantum-trajectories

Numerically solved the quantum Hamilton-Jacobi equations of motion and generated trajectories for de Broglie-Bohm theory with recurrent neural networks and the Crank-Nicolson method.

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