obrienpja
I am working at IBM as a developer on Qiskit Metal (quantum chip simulation software).
NY, NY
Pinned Repositories
Chess-Engine
A chess engine written in C++ designed to beat me in chess.
FeCrAs-Model
My PhD project code written in Python. The model we constructed was a particular type of hopping model we called the Optimal Overlap Hopping Model.
Futures-Data
Downloads futures data from the Chicago Mercantile Exchange website
Groups
Group theory repository written in C++/Eigen.
Hamiltonian
C++/ Eigen code to construct and solve a Hamiltonian.
local-metal-webapp
An installer/runner for a locally running version of the qiskit metal web app
Monte-Carlo-Ferromagnetic-Ground-State
Code that calculates the ground state of a ferromagnetic exchange matrix. Codes in C++ (STL), Python, and Matlab.
Monte-Carlo-Minimization-of-Spin-States
This code numerically finds the ground state of the Kondo Lattice model on the kagome lattice
Monte-Carlo-Simulation-of-Ferromagnetism
Rust simulation using a ferromagnetic exchange matrix to find a ferromagnetic ground state of a classical spin system
MCSM
Monte Carlo for Statistical Mechanics
obrienpja's Repositories
obrienpja/Monte-Carlo-Simulation-of-Ferromagnetism
Rust simulation using a ferromagnetic exchange matrix to find a ferromagnetic ground state of a classical spin system
obrienpja/Monte-Carlo-Minimization-of-Spin-States
This code numerically finds the ground state of the Kondo Lattice model on the kagome lattice
obrienpja/Groups
Group theory repository written in C++/Eigen.
obrienpja/Monte-Carlo-Ferromagnetic-Ground-State
Code that calculates the ground state of a ferromagnetic exchange matrix. Codes in C++ (STL), Python, and Matlab.
obrienpja/Chess-Engine
A chess engine written in C++ designed to beat me in chess.
obrienpja/FeCrAs-Model
My PhD project code written in Python. The model we constructed was a particular type of hopping model we called the Optimal Overlap Hopping Model.
obrienpja/Futures-Data
Downloads futures data from the Chicago Mercantile Exchange website
obrienpja/Hamiltonian
C++/ Eigen code to construct and solve a Hamiltonian.
obrienpja/local-metal-webapp
An installer/runner for a locally running version of the qiskit metal web app
obrienpja/Markov-Chain-Monte-Carlo
obrienpja/Maximum-Drawdown
Monte Carlo simulation that simulates the worst case drawdown (as well as other drawdown cases) for return streams of different skews.
obrienpja/Maximum-Drawdown-CPP
obrienpja/MCMC-for-Classical-Spin-Systems
obrienpja/pyaedt
AEDT Python Client Package
obrienpja/pyEPR
Powerful, automated analysis and design of quantum microwave chips & devices [Energy-Participation Ratio and more]
obrienpja/qiskit-metal
Quantum Hardware Design. Open-source project for engineers and scientists to design superconducting quantum devices with ease.
obrienpja/qiskit-terra
Qiskit is an open-source SDK for working with quantum computers at the level of extended quantum circuits, operators, and algorithms.
obrienpja/rustworkx
A high performance Python graph library implemented in Rust.
obrienpja/TestCICD
obrienpja/Trading-Strategies
Project for testing a trading strategy. The trading strategy uses the New Highs Minus New Lows indicator to build a trading strategy.