lvillasen/Testing-Bell-Inequality-on-a-Quantum-Computer

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lvillasen/Testing-Bell-Inequality-on-a-Quantum-Computer

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We illustrate how to test the version of the Bell inequality proposed by David Mermin using Qiskit

Spectrogram

Live sound spectrogram in JavaScript. It can be configured to change buffer size, FFT function, colormap, window type, minimum and maximum frequencies, loudness sensibility, scrolling direction, scrolling speed and pause scrolling.

RedPitaya-Hello-World

Simple projects for the RedPitaya board that illustrate the use of standard IPs from Vivado in combination with modules written in Verilog.

Jupyter Notebook

Fast-Walsh-Hadamard-Transform

Fast Walsh-Hadamard Transform

Quantum-Computer-Simulator

Ideal simulator of a quantum computer written in Python, compatible with IBM Quantum Experience

Game-of-Life

Game of life in JavaScript

Riemann-Zeta-Function

Visualization of the Riemann Zeta Function in Javascript

FFT.js

Compact Fast Fourier transform function in JavaScript based on the Cooley–Tukey algorithm with a demo page that illustrates the use of window functions a a simple spectrogram.

Introduccion-a-la-Computacion-Cuantica

Se presenta una introducción práctica a la Computación Cuántica usando el SDK Qiskit desarrollado por IBM en Python.

Jupyter Notebook

Mandelbrot-Set-PyCUDA

Interactive Mandelbrot Set Accelerated with PyCUDA in Python Language

Muon-Decay-Simulation-Python

Monte Carlo simulations of double-pulse events due to muon decays in a simple scintillation detector for educational purposes.

Jupyter Notebook

Mandelbrot-Set

Fast visualization of the Mandelbrot set in JavaScript using workers with live demo.

Tools-Cosmic-Rays

Tools to study arrival directions of ultrahigh-energy cosmic rays.

RedPitaya-Generate-Acquire

Simple Python scripts to illustrate the use of the ASG and the signal acquisition on the RedPitaya board.

Jupyter Notebook

Quantum-Teleportation-with-Qiskit-on-a-Real-Computer

We illustrate how to perform the quantum teleportation of one qubit using Qiskit. We do it on an ideal simulated quantum computer, a simulated quantum computer with noise and a real quantum computer from the IBM Quantum Experience.

Jupyter Notebook

LabView

LabView modules.

MPI-tutorial

Tutorial on the use of MPI on the supercomputer of the Laboratorio Nacional de Supercómputo del Sureste de México

Make-your-Own-Spectroscope

This web app describes the calculations and procedure to make a simple spectroscope using a CD or a DVD. It includes a template and the code to capture the image with a fixed-focus webcam and to do a simple calibrations of the wavelengths.

Game-of-Life-Numba

Conway's Game of Life Accelerated with Numba in Python Language

RedPitaya-Signal-Generator-Python

Jupyter Notebook

RedPitaya-Generate-Acquire-App

Web app to control the RedPitaya board using Node.js to generate arbitrary signals with the fast DACs and to acquire them with the fast ADCs

RedPitaya-Muon-Decay

Includes Verilog code to program the FPGA of the RedPitaya to detect the occurrence of two pulses within a programmable time window. It includes a programmable double-pulse generator as well. It also includes code in Python and C to read the digitized pulses.

Jupyter Notebook

RedPitaya-Muon-Decay-App

This app uses a STEMlab 125-14 RedPitaya board as the only electronic device, in addition to the detector, to perform a muon-decay experiment

Muon-Decay-Real-Data

This app measures the muon lifetime by using real data taken with a liquid-scintillator detector and a RedPitaya STEMLab 125-14 board

Game-of-Life-PyCUDA

Conway's Game of Life Accelerated with PyCUDA in Python Language

RedPitaya-Node-Express-App

Communication and control of the Red Pitaya board using Node.js which is a back-end JavaScript runtime environment

Muon-Decay-Simulation-JavaScript

Monte Carlo simulation of double-pulse events due to muon decays in a simple scintillation or water Cherenkov detector for educational purposes written in JavaScript.

Quantum-Computing-JavaScript

Simulator of an ideal quantum computer in JavaScript. The unitary operations are optimized with matrix-free algorithms.

RedPitaya-C-Periphery

Inverse-Z-Transform

Inverse z transform using the sympy module in Python

Game-of-Life-Julia

Sensor-Plotter-Serial

This app plots and prints data received by a serial port from an ESP32 microcontroller programmed using the different codes provided to control different sensors.

INTRODUCCION-A-MACHINE-LEARNING

Jupyter Notebook

Dollar-Cost-Averaging

Dollar cost averaging plus a few variations

Jupyter Notebook

Transformada-de-Fourier-y-sus-Aplicaciones

Jupyter Notebook

Analytic-Hierarchy-Process

Jupyter Notebook

Euclidean-Algorithm

Calculates the greatest common divisor (GCD) of two integers. When the two numbers are coprime, i.e., their GCD is 1, the code calculates the modular multiplicative inverse of the second integer module the first integer.

Jupyter Notebook

Mandelbrot-Set-Numba

Mandelbrot Set Accelerated with Numba in Python Language using the Classical Iteration Method

Super-Galactic-Coordinates

Julia functions to convert sky coordinates from galactic to supergalactic and vice versa

ESP32-Lissajous-WebSockets

This Web App plots Lissajous curves sent by an ESP32 microcontroller using WebSockets.

Diffraction-Grating

Calculates diffraction angles for DVD, CD and a diffraction grating of 1000 l/mm. This script is useful to design an spectroscope.

Jupyter Notebook

RedPitaya-Nth-Edge-Trigger-App

This app illustrates a way to perform Nth edge trigger on a STEMlab 125-14 RedPitaya board using Node.js and Express with Python scripts.

Escuela-Computacion-Cuantica-2023

Material didáctico del Tutorial de Computación Cuántica con Qiskit en la 1st Mexican NISQ Era Quantum Computing Opportunities School de la BUAP del 16-17 de junio de 2023

Jupyter Notebook

Spectrogram-Musical-Notes

Live sound spectrogram with the addition to test if a person has a talent to recognize and distinguish musical notes.

ESP32-Lissajous-Serial

This Web App plots Lissajous curves sent by an ESP32 microcontroller using the serial port.