Computational Science Laboratory
Within the Computational Science Laboratory, experts in high-performance computing, applied mathematics, and domain sciences work together to develop, adapt, and optimize advanced scalable algorithms to solve problems in computational physics, biology, chemistry, materials science, and energy and environmental sciences with increasingly faster supercomputers. Primarily, researchers collaborate in areas impacting data-intensive applications, performance-specific workflows, and novel computing architectures. .
Quantum Computing Group
CSI’s Quantum Computing Group (QCG) is part of Brookhaven Lab’s wider quantum initiative that addresses Quantum Information Science research challenges, ranging from novel algorithms and materials for the next generation of quantum computers to new quantum devices and sensors. QCG conducts leading-edge research into quantum algorithms, programming models, and optimization schemes, as well as optimized design of advanced quantum systems, networks and the quantum Internet. QCG also is a leading partner in a New York quantum networking testbed. QCG is a member of the Northeast Quantum Systems Center (NEQsys), a collaboration led by Brookhaven Lab that includes northeastern-based universities and industrial partners. Quantum Computing Group website
Computational Science Laboratory Projects
- Center for Computational Design of Functional Strongly Correlated Materials and Theoretical Spectroscopy
- Exascale Performance Portability Strategies for HPC Applications
- GPU Research Center
- Quantum Espresso GPU Code Development
- Simulation Studies of Novel Methods for Cooling of Relativistic Particle Beams
- Spherically Imploding Plasma Liners as a Standoff Magneto-Inertial-Fusion Driver (PLX-Alpha Collaboration)
- SunShot: Multi-Scale Prediction of Photovoltaic System Performance for Smart Grid Integration
