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Fast Facts
Total employees: 13,137
Triad National Security, LLC: 9,397
Centerra Group, LLC Los Alamos (Guard Force): 281
Compa, Staff and support contractors: 478
Students: 1,323
Unionized craft workers: 1,160
Post doctoral researchers: 498
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
35% of employees live in Los Alamos, the remainder commute from Santa Fe, Española, Taos and Albuquerque.
Average Age: 43
65% male, 35% female
45% minorities
67% university degrees
27% hold undergraduate degrees
19% hold master’s degrees
21% 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 Aug. 18, 2020
Lack of sleep could be a problem for AIs
- 12/8/20
For LANL, preserving our state is a personal mission
In the past 25 years, the Lab has been very successful in environmental stewardship - 11/29/20
Speeding up the development of new materials
The Exascale Atomistic capability for Accuracy, Length, and Time project, or EXAALT aims to address these problems - 11/29/20
Science can help ease local wildfire threats
Lab is taking measures to prevent wildfires and the dangers they present by carrying out unique firefighting strategies across its 42 remote square miles - 10/31/20
A better way to search for traces of life on Mars — and beyond!
- 9/29/20
The quantum butterfly non-effect
- 9/21/20
New topical antiseptic kills antibiotic-resistant bacteria
To battle super-resilient bacteria, scientists have developed a new topical ointment designed to kill what were once considered “unkillable” bacteria - 9/6/20
Three big threats to satellites
A look at three of the biggest threats to satellites and what's being done to counter them - 8/27/20
Finding new ways to keep the land alive
A team at Los Alamos is using computers to model how the land is impacted by changes in temperature and precipitation, taking into account elevation, soil data, geology, vegetation and other factors - 8/2/20
Low-cost quantum dot windows could power a solar future
A team at Los Alamos National Laboratory has developed a technique for depositing a layer of a fluorescent material on the glass surface - 6/21/20
Disease outbreaks happen all the time, but...
The scientific community is working overtime to understand the virus and mitigate its impacts - 4/11/20
AI pinpoints renewable energy resources
All across New Mexico, a powerful energy source seethes in the Earth’s solid crust - 4/5/20
Carbon capture: Solved by software?
The approach of burying CO2 emissions deep underground has struggled to be economically viable, but that could be changing - 1/23/20
Unraveling the mysteries of the tiniest living things
The Department of Energy’s Office of Biological and Environmental Research has provided $10 million to establish a National Microbiome Data Collaborative - 11/24/19
LANL protects milkweed to preserve monarchs
A Los Alamos team has been documenting the cycles and seasons of monarch butterflies and the location of milkweed on Laboratory property - 10/27/19
Making a material difference
Researchers at Los Alamos National Laboratory’s Sigma Complex apply fundamental science and research to take this advanced manufacturing to an even higher level - 9/22/19
Welcome to nuclear inspector school
Inspectors go through training at Los Alamos National Laboratory, in one of the laboratory’s nuclear facilities, as part of their requirements to become qualified inspectors. - 9/1/19
A missing link in predicting hurricane damage
Eroding coastlines play a significant role in how infrastructure will be affected—but a new computer model now factors them in - 8/30/19
Fighting wildfires with computer models
Prescribed burns can remove excess fuel from the forest floor, and algorithms can help fire crews know where to set them - 8/27/19
Preparing the quantum workforce of the future
The Quantum Computing Summer School accepts students from all over the world to receive tutorials from quantum-computation experts and gain hands-on experience and one-to-one mentoring - 8/11/19
Did life sign the guestbook on Mars?
If life exists on Mars, it still hasn’t showed itself, but recent evidence from the red planet increasingly supports the possibility - 7/18/19
The problem with quantum computers
It’s called decoherence—but while a breakthrough solution seems years away, there are ways of getting around it - 6/10/19
You can’t see it, but it’s 200+ times stronger than steel
Atomic armor coating extends the lifetime of devices by making them much more rugged in even the most extreme environments. - 6/2/19
Basic quantum research will transform science, industry
All most people hear about is quantum computing, but that's hardly the whole story - 5/17/19
Helping health workers understand unfolding disease outbreaks
This is the plan for a web-based disease-outbreak tool developed at Los Alamos, a quick analysis resource called AIDO (“I-do”) for Analytics for Investigation of Disease Outbreaks. - 4/28/19
The hidden seismic symphony in earthquake signals
Machine learning can reveal acoustic vibrations that could improve forecasting - 4/25/19
How big data can help save the world
Emerging analytic and computing tools are enabling much better use of huge data sets - 3/27/19
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. - 3/24/19
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. - 2/17/19
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. - 11/30/18
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. - 11/14/18
America must invest in R and D, personnel for arms control verification
The Big Science model continues to drive innovation at our nation’s nuclear weapons laboratories where the country’s nuclear-detection expertise resides. - 10/26/18
Build small nuclear reactors for battlefield power
A solution could be a new micro-nuclear reactor being developed by Los Alamos National Laboratory and the Westinghouse power company. - 9/20/18
Are we ready for the future of warfare?
Protecting against biowarfare starts with understanding the movement of diseases through populations. - 9/4/18
Why we need active experiments in space
Active space-based experiments began early in the space age, when little was known about the near-Earth environment, and focused on very fundamental aspects of the space environment and its interaction with spacecraft. - 8/31/18
New approach to extracting fossil fuels has benefits
Recent research at Los Alamos has demonstrated that using CO2 for carbon capture, utilization and storage (CCUS) can be commercially viable under the recently revised 45Q tax regulation. - 8/30/18
Stemming the spread of HIV by accurately predicting its spread
The computer simulations were consistent with actual DNA data obtained from a global public HIV database, developed and maintained by Los Alamos National Laboratory. - 8/1/18
Using 1 trillion files helps scientist find a needle in a haystack
High-performance computing at Los Alamos continues to lead the way on extreme scale science. - 6/22/18
Nipping frost in the bud
Using software developed at Los Alamos, work is being done to measure and predict frost events to help farmers protect against frost damage, and improve crop health and yield. - 4/27/18
Supercomputers tackle antibiotic-resistant ‘superbugs’
One type of efflux pump, which until recently had only been studied piecemeal, was modeled in its entirety and simulated using supercomputers at Los Alamos National Laboratory. - 4/25/18
Going with the gut
The work exploits the Laboratory’s extensive biological research efforts developed in support of our national security mission. - 4/17/18
A slow neutron beats a flipping fast bit
Keeping the Los Alamos supercomputers running at peak efficiency directly supports national security. - 3/23/18
Computers learn to imagine the future
Researchers are simulating biological neural networks on supercomputers, enabling machines to learn about their surroundings, interpret data and make predictions much the way humans do. - 2/28/18
Using poop to cure gut infections
Los Alamos National Laboratory aims to make fecal transplants a thing of the past. - 2/23/18
Forecasting diseases one image at a time
Better tracking of infectious diseases can help us improve disease prediction and, consequently, more quickly stop their spread. - 2/21/18
Kilopwer reactor
When we imagine sending humans to live on Mars, the moon or other planetary bodies in the not-so-distant future, a primary question is: How will we power their colony? - 1/18/18
