Ames, Iowa
materials sciences and engineering; chemical and biological sciences; applied math and computational sciences; environmental and protection sciences; and simulation, modeling and decision science
Ames researchers developed lead-free solder, an alloy of tin-silver-copper that is environmentally benign and has been widely adopted by the electronics industry as a universal bonding agent in all types of electronic devices from smart phones to computers.
Lemont, Illinois
physics, chemistry, biological sciences, energy storage, high-performance computing, national security, engines and alternative fuels, environmental science and nuclear energy
Argonne scientists recorded the world’s first neutrino in a hydrogen bubble chamber on November 13, 1970.
Upton, New York
nuclear and particle physics; photon sciences and nanomaterials; and crossdisciplinary research on climate change, sustainable energy and Earth’s ecosystems
Brookhaven’s Relativistic Heavy Ion Collider holds a Guinness World Record for producing the highest man-made temperature—4 trillion degrees Celsius—while recreating conditions of the early universe in near light-speed particle smashups.
eastern hog-nosed snakes—they play dead—endangered tiger salamanders, deer, turkeys, foxes and groundhogs
Batavia, Illinois
particle physics and accelerator science and technology
Fermilab built the first proton accelerator dedicated to the treatment of cancer patients in a hospital, the Loma Linda Medical Center in California.
Southeast Idaho
nuclear science and engineering; national security research and testing; energy and environmental sustainability
The technology for the world’s first nuclear-powered submarine was pioneered in the desert of Idaho. From 1953 to 1994, thousands of sailors trained there using full-scale submarine prototype reactors.
sage grouse, pygmy rabbits, pronghorn, mule deer, elk, coyotes, bobcats, rattlesnakes, bears, moose, mountain lions and wolves
Berkeley, California
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
Berkeley Lab claims 13 Nobel prizes: 10 for work done here, 2 for work by lab scientists who did the work elsewhere, and 1 for a large contingent of lab scientists who were members of the Intergovernmental Panel on Climate Change that shared the 2007 Peace Prize.
mountain lions, foxes and turkeys
Livermore, California
nuclear weapons stockpile stewardship, nuclear nonproliferation, high performance computing, national security, biology, energy research, climate science, additive manufacturing, lasers and high-energy-density physics
Star Trek Into Darkness was filmed at the lab’s National Ignition Facility.
Los Alamos, New Mexico
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 instrumentation systems
A Los Alamos theorist created the arXiv, a free archive of scientific journal article preprints that revolutionized communications within the scientific community, in 1991. Today, arXiv contains close to 800,000 full texts, receives 83,000 new texts each year, and serves about 400,000 distinct users every week.
Albany, Oregon; Pittsburgh, Pennsylvania; and Morgantown,West Virginia
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
The United States has reduced its NOx emissions 88 percent and SO2 emissions 82 percent since 1970, essentially eliminating acid rain. Major contributors to these reductions have been the scrubbers, low-NOx burners and selective catalytic reduction systems demonstrated through the clean coal programs managed by NETL.
fairy diddles, red foxes, wild turkeys, white-tailed deer and the occasional raccoon
Golden, Colorado
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
Laboratory-designed solar cells powered the first two Mars rovers, Spirit and Opportunity; the solar cells’ durability extended the rovers’ lifetimes beyond predictions.
Oak Ridge, Tennessee
energy-related science and technology, from basic research to the development and demonstration of breakthrough materials, processes and systems
The 1994 Nobel Prize in physics was awarded to Clifford Shull for neutron diffraction techniques developed at ORNL’s Graphite Reactor, the world’s first continuously operating nuclear reactor. Today at ORNL and other labs around the world, neutron diffraction is used to reveal the underlying structure of materials and to create new materials for use in energy technologies, electronics and many other areas.
black bears, groundhogs, deer, raccoons, water snakes, turkeys, snapping turtles, ospreys, bobcats and coyotes
Richland, Washington
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
In the early 1970s, PNNL invented a technique called optical digital recording that stores information as a track of dots about 1 micron in diameter. This innovation served as the critical design element for compact discs and players, later manufactured and sold worldwide.
cottontail rabbits, red foxes, jackrabbits, coyotes and several species of waterfowl and birds of prey
Plainsboro, New Jersey
nuclear fusion and plasma physics
Laboratory founder Lyman Spitzer conceived of the laboratory during a Colorado ski trip after being inspired by thoughts of fusion as a boundless source of energy for generating electricity. The laboratory was founded as a classified facility under the code name “Project Matterhorn” in 1951; it was declassified in 1958 when it halted bomb research and became the Princeton Plasma Physics Laboratory in 1961.
Albuquerque, New Mexico; Livermore, California; Tonopah, Nevada; Carlsbad, New Mexico; Kauai, Hawaii
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
The “clean room” technology essential to every microelectronics fabrication plant and hospital surgery facility today was invented and patented for free use by Sandia engineers in 1961.
near Aiken, South Carolina
environmental remediation and risk reduction; nuclear materials processing and disposition; nuclear detection, characterization and assessments; gas processing, storage and transfer systems
To support U.S. nonproliferation efforts, SRNL has been involved in repatriation efforts for proliferant nuclear materials from around the world; in 2012, SRNL earned White House recognition for a three-year project to remove plutonium from Sweden for secure disposition in the United States.
Menlo Park, California
accelerator research; astrophysics and cosmology; biology; elementary particle physics; environmental science; materials, chemistry and energy sciences; scientific computing; and X-ray science
At 3,073.72 meters (1.9 miles), the housing for SLAC’s linear accelerator is one of the longest buildings on Earth.
Newport News, Virginia
experimental nuclear physics, computational and theoretical nuclear physics, accelerator science, cryogenics, superconducting radiofrequency technologies, radiation detectors, medical imaging devices and free-electron lasers
An electron beam travels around Jefferson Lab’s accelerator five times in about 22 millionths of a second. At that speed, the electron beam could circle the Earth 7.5 times in one second.
City, State
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