wslu42

A quantum hardware developer enjoying quantum education and game development

@QiskitYorktown, NY

Pinned Repositories

JJcalculator
Parameters calculator for superconducting Josephson junctions
Language:Jupyter Notebook5 1 00
QArcade
A table-top arcade machine for quantum game developers, including open-sourcing the entire tutorials from coding to arcade schematics.
Language:Lua6 3 00
QCHack_walkwPhase
Use quantum random walk to study phase interference
Language:Jupyter Notebook11
qilin
A pico-8 port-in version for the original Qshooter. Better interface and in-game descriptions.
Language:Lua00
qmonopoly
A quantum monopoly game
12
qShooter
Save us from the limbo loop with quantum circuits!
Language:Jupyter Notebook10
Quantego
Quantego is a Lego model of the IBM Quantum System One quantum computer
1 0 00
quantumFireman
Language:Jupyter Notebook2 1 61
Resonator
Language:Jupyter Notebook10
seven-segment-ocr
Digitizes numbers from videos & images of seven segment displays
Language:Python00

wslu42's Repositories

wslu42/QArcade
A table-top arcade machine for quantum game developers, including open-sourcing the entire tutorials from coding to arcade schematics.
Language:Lua6 3 00
wslu42/JJcalculator
Parameters calculator for superconducting Josephson junctions
Language:Jupyter Notebook5 1 00
wslu42/quantumFireman
Language:Jupyter Notebook2 1 61
wslu42/QCHack_walkwPhase
Use quantum random walk to study phase interference
Language:Jupyter Notebook11
wslu42/qmonopoly
A quantum monopoly game
12
wslu42/qShooter
Save us from the limbo loop with quantum circuits!
Language:Jupyter Notebook10
wslu42/Quantego
Quantego is a Lego model of the IBM Quantum System One quantum computer
1 0 00
wslu42/Resonator
Language:Jupyter Notebook10
wslu42/qilin
A pico-8 port-in version for the original Qshooter. Better interface and in-game descriptions.
Language:Lua00
wslu42/seven-segment-ocr
Digitizes numbers from videos & images of seven segment displays
Language:Python00
wslu42/IBMQuantumChallenge2020
Quantum Challenge problem sets
Language:Jupyter Notebook
wslu42/inline-data-logger
Script to collect and visualize inline data for real-time process control
Language:Jupyter Notebook1 0
wslu42/JJparSpace
Visualize different junctions which were studied in parameter spaces
Language:Jupyter Notebook
wslu42/KE2400_meas
Please make sure you use driver version NI4882_17.6 for GPIB-USB-B device.
Language:Jupyter Notebook
wslu42/Opendesk
Opendesk Design/CNC files
wslu42/platypus
Qiskit Textbook (beta)
wslu42/pyEPR
Powerful, automated analysis and design of quantum microwave chips & devices [Energy-Participation Ratio and more]
wslu42/QCHack2021
wslu42/qfireman_qisge
Language:Python
wslu42/QgamesWriteupPub
1 0
wslu42/Qiskit-Pulse
Language:Jupyter Notebook0 0
wslu42/qiskit-textbook
A university quantum algorithms/computation course supplement based on Qiskit
Language:Jupyter Notebook0 0
wslu42/qiskit-translations
Home of Qiskit documentation translations
Language:Shell0 0
wslu42/qiskit-tutorials
A collection of Jupyter notebooks showing how to use the Qiskit SDK
Language:Jupyter Notebook0 0
wslu42/qiskitDevCertReview
Language:Jupyter Notebook
wslu42/qRNG
A quantum random number generator using IBM's QISKit.
Language:Python0 0
wslu42/Quantum-Universal-Education.github.io
Welcome to this community-driven, open-source educational website for learning about all aspects of quantum computing across the full stack, from hardware to algorithms to everything in between and adjacent! Whether you are new to quantum science, filling in gaps in your foundation of knowledge, or supplementing a course you are taking, our goal is to help you learn based on your interests and background knowledge. We are always open to recommendations and contributions from the quantum computing community.
wslu42/wslu42