theheavygluon Goto Github PK

alice-n-bob

bervaz

berVaz is a basic module I wrote that allows one to either simulate or run the Bernstein-Vazirani on a real IBMQ quantum device of choice in only one line of code.

feynmanpathintegral

Path Integrals and shit

fractalfriday

This is a series that my friend, Yogesh and I ran for a span of 9 Weeks on my old instagram page, @phy.sics. We then adapted the series for another page we made called @theorama_org. This repository includes all MATLAB files, some Python files and a PDF with a description of all Fractals

geobloch

geoBloch is a small script written by user qfilo and I. As the name suggests, it is a function that takes an address as an input and plots the address on a Bloch Sphere. The applications to this are probably non-existent but it's still fun to play around with.

godel

Quantum Circuit Simulator in Go

image-shit

image

pdfront

qasm-interpreter

For the 4th cohort of the QOSF mentorship program, I chose task 3 which involves constructing a qasm to quantum circuit

qcstudygroup

QC Study Group Github Repository

qpy

QPy is a python module that aims at making many quantum mechanical computations/simulations operable in no more than a line of code. For example, the tise.solve() feature solves the Time-Independent Schrödinger Equation, plots the Wavefunction and prints the eigenvalues (something that would usually take a few hundred lines of code to do). This numerical package is useful for anyone taking or teaching QM1 as the syntax barely requires a learning curve and makes rigorous problems to be solved in seconds!

qsim

Basic Quantum Circuit Simulator for the QOSF Mentorship Assessment Task

quantalgs

QuantAlgs is an algorithm that aims at allowing basic quantum algorithms to be solved using one line of code only. The first version integrates the following algorithms: Bernstein-Vazarani (berVaz), Deutsch–Jozsa (deuJoz), Grover Search (groveSearch) and Shor's Factoring Algorithm (shor).

quantumcomputingprereqs

The purpose of this project is to explain quantum information theory, using both theory and some mild application, to a beginner who has little to no experience with the field. Very little pre-requisites are required and I am very confident that any ambitious highschooler can complete this text. The initial form of this series will be in a set of Jupyter notebooks that will eventually be turned into an e-book/video series.

quantumfinance

risk-management-course

Introduction to Quantitative Risk Management

ticker_correlation

Finds the correlation between 2 datasets representing the daily data of a specific ticker for a specific timeframe (data from Yahoo).

x-ray-experiment