Facility • CINT is a DOE/Office of Science NSRC user facility devoted to scientific principles that govern nanoscale materials.
Center for Integrated Nanotechnology (CINT)
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Centrifuge/Superfuge
Facility • The Superfuge capability provides the most realistic flight environments beyond the typical launch, reentry, and flight inertial loads by combining vibration, spin, thermal, and shock.
Cloud-resolving climate model meets world’s fastest supercomputer
News Article, April 10, 2024 • Focused on improving the accuracy of climate predictions, a Sandia-led computational team recently achieved a major milestone with a cloud-resolving model they ran on Frontier, the world’s first exascale supercomputer. Read more about Cloud-resolving climate model
Combustion Research Facility (CRF)
Facility • The CRF responds to the nation’s evolving energy challenges with ever increasing expertise and capacity aimed at improving our nation’s ability to use and control combustion processes.
Commercialization & Partnering
Page • Partnership Mechanisms We routinely partner with other organizations to help transition our scientific discoveries and technologies to the marketplace. We also form collaborative research partnerships with industry, universities, and government agencies so that collectively, we can change the world for the better. Explore the various mechanisms through which we can...
Computer Science Research Institute (CSRI)
Facility • CSRI brings university faculty and students to Sandia for focused collaborative research on Department of Energy computer and computational science problems.
Computing Collaborations
Page • Sandia deploys cutting-edge Cerebras CS-3 testbed for AI workloads Technician positioning Cerebras wafer enclosure for installation in Kingfisher. Photo taken by Craig Fritz. In a partnership just reaching two years, Sandia and Cerebras Systems have unveiled a cluster composed of four Cerebras CS-3 systems to be used as a Sandia...
Computing, Information Science, and Mathematics
Page • CYBERSECURITY TECHNIQUES TO STOP HACKING OF MILITARY AIRCRAFT SECURING SUPPLY CHAINS WITH QUANTUM COMPUTING SANDIA MATHEMATICIAN WINS EARLY CAREER RESEARCH AWARDS Why Our Work Matters All branches of science and engineering at Sandia require the capabilities created through these areas of research. As advances are made in future computing technologies,...
Contact Information
Page • Steve Glover505-845-9620sfglove@sandia.gov
Contact Robotics
Page • For more information, please contact us. * Items are Required
Control and Optimization of Networked Energy Technologies (CONET) Laboratory
Facility • Researchers at the CONET Laboratory conduct research, development, and testing on networked and distributed systems.
Cybernetics
Page • We leverage Sandia’s expertise in material science, microsystems, and advanced modeling and simulation to design and develop advanced cybernetic technologies for a variety of applications. Cybernetics includes the development of mechanical, physical, biological, and cognitive systems that enable the development of advanced man-machine interface technologies. Our work in this area...
Demilitarization of Retired Munitions (Demil)
Page • The U.S. Army is responsible for coordinating the demilitarization of all outdated and retired munitions across all branches of the military. For more than 14 years, Sandia has been designing, developing, and delivering advanced demilitarization systems to the Army. These systems are designed to be robust to a wide variety...
Design, Evaluation and Test Technology Facility
Facility • The Design, Evaluation and Test Technology Facility focuses on simulating a wide range of environments for component and system testing.
Detonation in multilayer explosives: Effects of characteristic length scale of mixing
News Article, April 10, 2023 • Predicting explosive performance at length scales near the minimum needed for a detonation to propagate is often a challenge—surrounding materials, non-ideal interfaces, sample geometry, and local microstructure variations can all significantly impact explosive output. For accurate predictions of performance, reactive burn models are needed that can capture the details around...
Digital Assurance for High Consequence Systems
Page • The DAHCS Mission Campaign aims to develop the scientific foundation needed for rigorous, rapid, cost-effective, generalizable digital assurance across high consequence lifecycles, enabling the efficient characterization, assessment, and management of digital risk. The Digital Assurance for High Consequence Systems (DAHCS, pronounced "Dax") Mission Campaign seeks to create new tools and...
Digital Assurance for High Consequence Systems (DAHCS) Mission Campaign Resources
Page • LEARN MORE ABOUT THE DAHCS MISSION CAMPAIGN: FY26 Call for DAHCS Laboratory Directed Research & Development (LDRD) proposals (This is informational only and not a request for external submissions) FY26 DAHCS LDRD Info Session presentation (This is informational only and not a request for external submissions) PARTNER WITH DAHCS: Contact...
Distributed Energy Technology Laboratory (DETL)
Facility • DETL is a multipurpose research facility designed to integrate emerging energy technologies into new and existing electricity infrastructure to accommodate the nation’s increasing demands for clean, secure, and reliable energy.
Dynamic Socket
Page • Challenge A prosthetic socket is the interface between an amputee's residual limb and a prosthetic limb. Unlike the tissues under the foot, the soft tissues of the residual limb aren't well adapted to tolerate weight-bearing loads. Prosthetists are tasked with creating a comfortable, custom interface for the amputee that appropriately...
Earth, Energy, and Environmental Science
Page • Enhancing advanced nuclear reactor analysis Studying ship tracks Capturing atmospheric carbon dioxide through clay Sandia’s world-class work in earth, energy, and environmental science contributes solutions to areas of national importance, including energy and climate security, defense, intelligence, nuclear weapons, nonproliferation, and disaster response. Why Our Work Matters Sandia’s research in...
Electromagnetic Environments Simulator (EMES)
Page • The Electromagnetic Environments Simulator (EMES) is a large transverse electromagnetic (TEM) cell that propagates a uniform, planar electromagnetic wave through the cell volume where test items are placed. EMES can be used for continuous wave (CW) Electromagnetic Radiation (EMR) and transient Electromagnetic Pulse (EMP) testing. The electric field is vertically...
Electromagnetics
Page • Electromagnetic Technology at Sandia National Laboratories Electromagnetics (EM) is the study of the nature and interaction of static and dynamic electric and magnetic fields. Telecommunications, navigational guidance, radar, and power transmission depend on our ability to generate, guide, radiate, receive, and detect electromagnetic waves. Virtually all electronic devices either produce or...
Electrostatic Discharge (ESD) Laboratory
Page • Electrostatic Discharge (ESD) Laboratory We have field and laboratory capabilities to measure electrostatic environment generation, storage, and charge transfer effects. Non-contact electrostatic field surveillance techniques are available to monitor charge generation of conductors or dielectrics, and induction or physical contact charging of wiring or pin voltage for electrical system components....
Elongated ring polymers get tied up in knots
News Article, October 13, 2022 • Many polymer liquids flow easily when stretched gently but become viscous and solid-like when stretched rapidly. This phenomenon, known as strain hardening, happens when the liquid is deformed so fast that individual polymer chains become elongated at the molecular scale. Understanding the physics of strain hardening is important for a range...
Enabling fully predictive simulations using disruptive computational mechanics and novel diagnostics
News Article, April 10, 2023 • Sandia Researcher Rekha Rao Accurately capturing solidification of fluids and the development of residual stress is critical for fully predictive simulations for numerous applications in geoscience, nuclear safety, manufacturing, energy production, and bioscience. Researchers on this LDRD project developed, implemented, and demonstrated advanced constitutive models with yield stress to represent...
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