C++/17/14 Migration of Path Integral Quantum Monte Carlo Software

HPC SoftwareInstallation Compiling debugging dependencies Quantum-Mechanics Simulations performance performance tuning programming

Path integral quantum Monte Carlo exploits the quantum-to-classical mapping to stochastically sample the partition function of a d-dimensional quantum system as a (d+1)-dimensional classical system. This allows for the ab initio simulation of superfluids at low temperatures. The open source research code developed at the University of Vermont (https://code.delmaestro.org) does not yet take advantage of many of the latest features in the C++17/14/11 standard. This project seeks to modernize our open source codebase while concurrently developing new documentation with the goal of modernization, re-factoring and potentially optimization.

Student Research Computing Facilitator Profile:

Any student with c++ and some object oriented programming experience who has an undergrad level understanding of statistical mechanics.

Project Status In progress
Project Owner Adrian Del Maestro
Project Mentor Adrian Del Maestro
Student Saheed Ajibade
Institution University of Vermont

Reproducible and Reusable Open Sharing of Artifacts Student-Developed HPC Cluster for Active Learning
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