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Fast Facts
Total employees: 11,956
Triad National Security, LLC: 8,327
Centerra Group, LLC Los Alamos (Guard Force): 298
Compa, Staff and support contractors: 513
Students: 1,368
Unionized craft workers: 1,050
Post doctoral researchers: 400
Located 35 miles northwest of Santa Fe, New Mexico, on 34.7 square miles of DOE-owned property.
1,280 individual facilities, including 47 technical areas with 9 million square feet under roof.
Replacement value of $14.2 billion
FY17:
63% Weapons programs
10% Nonproliferation programs
4% Safeguards and Security
7% Environmental Management
4% DOE Office of Science
3% Energy and other programs
9% Work for Others
Triad and students only
37% of employees live in Los Alamos, the remainder commute from Santa Fe, Española, Taos and Albuquerque.
Average Age: 43.5
64% male, 36% female
44% minorities
64% university degrees
27% hold undergraduate degrees
19% hold master’s degrees
18% have earned a PhD
145 R&D100 awards
34 E.O. Lawrence Awards
9 Presidential Early Career Awards
3 Glenn Seaborg Medals
Edward Teller Medal
Nobel Prize in Physics, Frederick Reines
Albuquerque to Los Alamos, NM
98 miles; 1 hr, 51 min.
Driving directions
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As of Dec. 6, 2018
New system to check for dangerous natural gas leaks
A team from Los Alamos National Laboratory, Aeris Technology and Rice University has developed the Autonomous, Low- cost, Fast Leak Detection System (ALFaLDS) to detect, locate and quantify leaks quickly, safely and inexpensively.
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Unlocking secrets about the origin of the universe
Los Alamos researchers are contributing to the project by designing an advanced tracking detector based on a new type of sensor system called MAPS
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Healthy forests depend on balancing fire and water
To unravel exactly how fire influences moisture in burned soil, hydrologists and other environmental scientists at Los Alamos National Laboratory have developed a sophisticated computer model.
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Modeling natural disasters to strengthen power grids
To address the need to reinforce power grids, scientists at Los Alamos National Laboratory have developed a simulation tool for utility companies.
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Doing work that matters at Los Alamos
At the Laboratory, I am privileged to work with dedicated scientists every day seeking solutions to the world’s toughest global security problems.
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Five cool things you can do with an ‘atom smasher’
The most powerful linear accelerator in the world when it opened in 1972, LANSCE speeds protons, one of the basic building blocks of atoms, to 84 percent the speed of light and energies as high as 800 million electron volts.
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Sea ice: More than just frozen water
A Los Alamos National Laboratory team developed a software package known as CICE that calculates the physics of sea ice, such as how it freezes, melts and moves across the ocean’s surface.
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What happens when an explosive is detonated?
Scientists at Los Alamos combine computer simulations and innovative experiments that verify what the computers come up with, particularly the simulations of the short-lived chemical bonds formed during detonation.
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Modeling a better burn to boost engine performance
Scientists at Los Alamos have developed a new software package known as FEARCE, short for Fast, Easy, Accurate and Robust Continuum Engineering.
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Using sound to see through solid objects
At Los Alamos National Laboratory, a team of scientists have invented a technology that works somewhat like Superman’s X-ray vision.
