About Sandia National Laboratories
SANDIA NATIONAL LABORATORIES, with principal locations in Albuquerque, New Mexico (above), and Livermore, California (right), grew out of America’s World War II effort to develop the first atomic bombs. Today, keeping the US nuclear stockpile safe, secure, and effective is a major part of Sandia’s work as a multidisciplinary national security engineering laboratory. Sandia’s science, technology, and engineering foundations enable its unique mission. The Labs’ highly specialized research staff is at the forefront of innovation, collaborating with universities and companies and performing multidisciplinary science and engineering research programs with significant impact on US security.
Welcome to the 2018 edition of the annual Lab News Labs Accomplishments. In these pages, you will read about a remarkable array of achievements by the staff at Sandia National Laboratories.
Sandia is fulfilling its national security missions, including maintaining the safety, reliability, and effectiveness of the US nuclear deterrent forces against a wider set of threats than ever before. The scope of our capabilities sets us apart. Sandia’s deep science and engineering foundations give us a cross-disciplinary advantage that helps us solve some of the nation’s toughest problems and make the world a safer place.
From critical milestones in our key mission areas to scientific breakthroughs reached via Laboratory Directed Research and Development to valuable advances in mission support, this issue of Labs Accomplishments demonstrates that we are providing “exceptional service in the national interest.” And we’re doing our work more safely and with a more diverse workforce. Every
It’s impossible to collect all the great work done at Sandia in a single volume. Many of our greatest accomplishments have come in areas of national security that are too sensitive for general publication. But you’ll learn here about important experiments with tritium on the Z machine, ground-breaking work that represents a powerful new tool in our Stockpile Stewardship program and could open the door to high-yield inertial confinement fusion.
You’ll find examples of the strides we are making in our nuclear deterrence mission, meeting key deliverables in all our weapons programs. You’ll discover how our high-performance computer modeling and simulation capabilities are playing an ever-more-important role in supporting our mission work across the enterprise.
The 2018 Labs Accomplishments provides a snapshot of the contributions we are making in supporting the warfighter, protecting the homeland, ensuring the nation’s energy security, working with international partners to ensure global peace, developing innovative approaches to cybersecurity, and supporting research to advance our fundamental understanding of the universe.
Our mission support and mission assurance organizations continue to provide best-in-enterprise leadership in the areas of safety and security, sustainability, quality, and employee benefits. You can read about their latest achievements here as well.
So sit down and enjoy this look at significant work performed at the Labs over the past year. I promise it will be time well spent and make you, like me, proud to be a
About this publication
This year’s Labs Accomplishments highlights some of Sandia’s best work during 2017, as submitted by the Labs’ Center offices and selected by Division offices. Readers will see numbers in parentheses following many of the entries that indicate the Centers where the bulk of the work for those accomplishmentswas performed.
Download the 2018 Labs Accomplishments (PDF, 10 MB).
TECHNOLOGIST Nicole Cofer inspects a target she fabricated for Sandia’s Thor pulsed-power accelerator, which has a revolutionary architecture optimized for megabar-class materialphysics experiments. The target is designed to hold materials that can be studied by pulsed power researchers under extreme conditions.
Photo by Randy Montoya
SANDIA RESEARCHERS Farid El Gabaly, left, and Forrest Gittleson use pulsed laser deposition and X-ray photoelectron spectroscopy to advance solid-state lithium-ion battery performance.
Photo by Dino Vournas