Projects

Post, April 10, 2024 • Warm dense matter is a thermodynamic regime typified by the confluence of strong Coulomb coupling, degeneracy, and thermal excitation. It occurs in planetary interiors and on the way to ignition in inertial confinement fusion implosions. It is also at the boundary between condensed matter and plasma physics, making it a...

Post, November 1, 2023 • A multi-institution project focused on developing novel quantum algorithms, bridging the algorithm-application gap, and establishing quantum advantages for fundamental problems in optimization, quantum simulation, and machine learning to further DOE science applications. Read More POC: Ojas Parekh odparek@sandia.gov

Post, November 21, 2025 • We are developing modular, readily expandable, and error-aware quantum software capabilities that will allow for plug-and-play deployment in emerging heterogeneous and distributed quantum computing environments, and integration with third-party software. Read More POC: Mohan Sarovar mnsarov@sandia.gov

Post, November 1, 2023 • We seek to applying recent developments in quantum learning theory to establish quantum advantages in imaging and sensing when a quantum computer is used to coherently process quantum states of the electromagnetic field. POC: Mohan Sarovar mnsarov@sandia.gov

Post, November 1, 2023 • Sandia is one of the three research and development labs for the DOE’s National Nuclear Security Administration. Most of their science and engineering is focused on unique problems related to the safety and surety of the United States’ nuclear weapons stockpile. Cutting-edge computing technologies play an important role in solving...