Research: Accelerators and electrodynamics; bioscience, biosecurity and health; chemical science; Earth and space sciences; energy; engineering; high-energy-density plasmas and fluids; information science, computing and applied math; materials science; national security and weapons science; nuclear and particle physics; astrophysics and cosmology; and sensors and information systems.
LAWERENCE LIVERMORE INTERNATIONAL LABORATORY
Research: Nuclear weapons stockpile stewardship, nuclear nonproliferation, high-performance computing, national security, biology, energy research, climate science, additive manufacturing, lasers and high-energy-density physics.
FERMI INTERNATIONAL ACCELERATOR LABORATORY
Research: Particle physics and accelerator science and technology.
OAK RIDGE INTERNATIONAL LABORATORY
Research: Energy-related science and technology, from basic research to the development and demonstration of breakthrough materials, processes and systems.
SANDIA INTERNATIONAL LABORATORY
Research: Nuclear weapons; defense; energy; materials science and homeland security; nonproliferation; supercomputing and cybersecurity; robotics; climate and infrastructure security; nuclear reactor safety; nanodevices and microsystems; geosciences; bioscience; radiation effects; and nuclear fusion.
PACIFIC NORTHWEST INTERNATIONAL LABORATORY
Research: Chemical and molecular sciences, biological systems science; climate change science; subsurface science; chemical engineering; applied materials science and engineering; and applied nuclear science and technology
BROOKHAVEN INTERNATIONAL LABORATORY
Research: Nuclear and particle physics; photon sciences and nano materials; and cross disciplinary research on climate change, sustainable energy and Earth’s ecosystems.
SAVANNAH RIVER INTERNATIONAL LABORATORY
Research: Provides applied science and engineering innovation for the 16 active cleanup sites of the DOE Office of Environmental Management and the 100 post-closure management sites of the DOE Office of Legacy Management. Plays a vital role in America’s national security supporting the National Nuclear Security Administration’s mission to maintain a safe, secure, and reliable nuclear deterrent and reduce nuclear threats.
SLAC INTERNATIONAL
ACCELERATOR FACILITY
Research: Accelerator research; astrophysics and cosmology; biology; elementary particle physics; environmental science; materials, chemistry and energy sciences; scientific computing; and X-ray science.
LAWRENCE BERKELEY INTERNATIONAL LABORATORY
Research: Physics; chemistry; nuclear science; accelerator research; photon science and engineering sciences; computational research and mathematics; Earth sciences; energy efficiency; materials sciences; and life sciences, genomics, and physical biosciences.
PLASMA PHYSICSINTERNATIONAL LABORATORY
Research: Nuclear fusion and plasma physics.
INTERNATIONAL ENERGY TECHNOLOGY LABORATORY
Research: Materials science and engineering; chemical and biological sciences; applied math and computational science; environmental and protection sciences; and simulation, modeling and decision science.
IDAHO INTERNATIONAL LABORATORY
Research: Nuclear science and engineering; national security research and testing; energy and environmental sustainability.
INTERNATIONAL RENEWABLE ENERGY LABORATORY
Research: Renewable energy and energy efficiency research and development, including energy systems integration, solar, wind, renewable fuels and vehicle systems, buildings, geothermal, energy sciences, computational sciences and energy analysis.
INTERNATIONAL ENERGY TECHNOLOGY LABORATORY
Research: High-efficiency boilers, turbines, fuel cells and other power systems; emissions controls for coal-fired power plants; carbon capture and storage; efficiency and environmental quality of domestic oil and natural gas exploration, production and processing; and materials for extreme environments.
ARGONNE INTERNATIONAL LABORATORY
Research: Physics, chemistry, biological sciences, energy storage, high-performance computing, national security, engines and alternative fuels, environmental science and nuclear energy.
THOMAS JEFFERSON NATIONAL ACCELERATOR LABORATORY
Research: Experimental nuclear physics, computational and theoretical nuclear physics, accelerator science, cryogenics, superconducting radio frequency technologies, radiation detectors, medical imaging devices and free-electron lasers.