At Dense Matter Theory, we study and model the behavior of matter under extreme conditions—found naturally in planetary interiors and compact astrophysical objects, and created in a variety of high-energy-density laboratory experiments.
Our work blends cutting-edge theoretical modeling with advanced computational techniques drawn from various areas, motivated by both practical needs and fundamental questions. We explore challenging and exciting physics problems: How do material properties evolve in dense environments? How are atoms reshaped under extreme conditions? What does the phase diagram of matter look like at high pressures and temperatures? How do thermal and quantum effects influence electronic and ionic interactions? And much more.
Driven by scientific curiosity and close collaboration with experimental efforts, we offer postdocs and students a dynamic environment at the intersection of theory, simulation, and real-world data—all under the enchantment of New Mexico.
*Our research is currently supported by the Department of Energy (DOE) Office of Science–National Nuclear Security Administration (SC-NNSA) joint program in High-Energy Density Laboratory Plasmas, and by the Los Alamos Laboratory Directed Research and Development (LDRD) program.
The dense matter research team at Los Alamos National Laboratory focuses on understanding and predicting the fundamental properties like electronic and ionic structure, particle transport, photon transport, melt curves, phase boundaries and phonon properties.
Explore the importance of dense matter in extreme environments, from astrophysical systems to fusion research. Here, we discuss the defining features of dense matter, including Coulomb coupling and quantum degeneracy, and how they shape systems like warm dense matter and quark-gluon plasma.
At LANL, we seek talented individuals to contribute to our cutting-edge research in plasma physics and other scientific fields. Whether you're a postdoc or student, we offer dynamic opportunities to work on innovative projects.
Los Alamos brings together experts from diverse backgrounds, including plasma physics, dynamic fluid flows, and computational sciences. Join us to tackle complex challenges in energy research, astrophysics, and inertial confinement fusion.