deyh2020 Goto Github PK

flip-a-coin

What if a quantum computer flips a coin for you and decide whether its a heads or a tails? Isn't it cool? Let's see how.

fockwits

Qiskit camp hackathon project: simulated photonic computer

focused_cylindrical_vector_beam

Python Modules and examples for creating focused cylindrical vector beam in meep (python)

focusing_study

Studying how FDTD (MEEP) compared against ray tracers in how fern in Antarctica focuses EM power

four-level-atomic-system

Computing the spectrum of a four level atomic system

fractals_using_random_numbers

Codes demonstrating the difference between fractals generated using determinacy and fractals generated using indeterminacy in order to show how the change of certain static variables into random ones allows for more organic, but nevertheless self-similar, features to form from what would otherwise be standard, repeating patterns. This work is part of a larger branch of research into using true random number generators, such as quantum RNGs, to produce truly random fractal patterns that can simulate nature.

free-programming-books

:books: Freely available programming books

free-tpu

Free TPU for FPGA with Lenet, MobileNet, Squeezenet, Resnet, Inception V3, YOLO V3, and ICNet. Deep learning acceleration using Xilinx zynq (Zedboard or ZC702 ) or kintex-7 to solve image classification, detection, and segmentation problem.

freecodecamp

freeCodeCamp.org's open-source codebase and curriculum. Learn to code for free.

frequency-modulating-lasers

How does modulating the frequency of a laser change its lineshape? What is the difference between instantaneous and Fourier frequencies? Here I tackle these questions with some helpful examples.

frequencymeter

Designed 2 ring-oscillators and a frequency meter. The frequency meter module sends the results to the RS232 port for verification.

ftwa

Fermionic Truncated Wigner Dynamics

fys4480

Course at the graduate level on Quantum mechanics for many-particle systems. Contains basics of second quantization, diagrammatic analysis, Hartree-Fock theory, full configuration interaction theory, many-body perturbation theory, Coupled-Cluster theory, Monte Carlo methods, quantum computing and quantum machine learning

galaxy-detection-using-detr

Searching for galaxies in DSS infrared imaging using DETR

gammaswap.jl

A repository of useful functions that I use to research silicon quantum dot spin qubits at the University of Maryland under Prof. Sankar Das Sarma.

gaussian-quantum-information-numerical-toolbox-matlab

Numerical toolbox in MATLAB for Gaussian Quantum Information and time evolution of gaussian states through quantum Langevin and Lyapunov equations

generictensornetworks.jl

Generic tensor networks for solution space properties.

genetic-algorithms

This repository belongs to the youtube videos "What are Genetic Algorithms" (https://youtu.be/uQj5UNhCPuo) and "Genetic Algorithm from Scratch in Python" (https://youtu.be/nhT56blfRpE). If you haven't seen it, please consider watching part one of this series, to get a better understanding of this code.

genetic_algorithm

Genetic Algorithm that can be applied to any python based simulation. This example uses MEEP to find the best enhancement 10nm above a substrate surface at a specific wavelength.

genpact-ml-hackathon

Genpact ML hackathon 2018 hosted on Analytics Vidhya. Food demand forecasting - 79th rank solution

geometry-central

Applied 3D geometry in C++, with a focus on surface meshes.

geomstats

Computations and statistics on manifolds with geometric structures.

gf_optimization

Script to implement parameter optimization with a Green's Functions approach

gftools

Collection of commonly used Green's functions and utilities

glonet

Global optimization based on generative neural networks

gpt-neox

An implementation of model parallel autoregressive transformers on GPUs, based on the DeepSpeed library.

gramformer

A framework for detecting, highlighting and correcting grammatical errors on natural language text. Created by Prithiviraj Damodaran. Open to pull requests and other forms of collaboration.

grammatical-error-detection

graph-state-quantum-cryptography

A Jupyter notebook on the quantum cryptography application of blind quantum computation using graph states

graph-states

Graph states for quantum computing, quantum cryptography, and error correction