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Gaithersburg

Siamak Sattar Receives the NIBS 2025 Innovator Award

NIST, FEMA, ATC, and STPI were awarded in recognition of their leadership and technical contributions to develop the NIST SP-1254 report to

Siamak Sattar and Dustin Cook Were Awarded the SEAOC Structural Engineering Excellence Award

Drs. Sattar and Cook were awarded in recognition of their leadership and technical contributions to a six-year project on benchmarking

NCAL: Materials Testing 2.0

Materials Testing 2.0 represents a fundamental shift in how we calibrate material models used in engineering. It leverages modern full-field optical strain

ACMD Seminar: High-Order Numerical Methods for Integro-differential Equations in Biological Field Effect Transistors

Jack Deye Undergraduate Researcher, Dept. of Mathematics, UCLA Tuesday, Aug 26, 2025, 3:00-4:00 PM ET (1:00-2:00 PM MT) A video of this talk...

NIST Finalizes ‘Lightweight Cryptography’ Standard to Protect Small Devices

August 13, 2025

Four related algorithms are now ready for use to protect data created and transmitted by the Internet of Things and other electronics.

NIST Releases Test Tools to Accelerate Adoption of Emerging Route Leak Mitigation Standards

August 11, 2025

NIST has released NIST BGP RPKI IO (BRIO) - an open-source test tool and data sets to facilitate testing and experimentation with emerging Border Gateway

Novel Hardware for Alternative Computing

Magnetic tunnel junctions Magnetic tunnel junctions (see Fig. 1) consist of two thin films of a ferromagnetic material separated by a few...

Quantum anomalous Hall effect

The SI realization of the ohm is based on the quantum Hall effect, which requires a magnetic field of several Tesla. This large magnetic...

STRBase Web Resource Update

July 1, 2025

A significant update was undertaken to modernize STRBase and make it more user-friendly. This project aimed to ensure that the website remains a relevant and

NIST Researchers Demonstrate that Superconducting Neural Networks Can Learn on Their Own

August 18, 2025

Using detailed simulations, researchers at the National Institute of Standards and Technology (NIST) and their collaborators have demonstrated that a class of

2025 - ACS Fellow---Karen Phinney

The American Chemical Society (ACS) Fellows Program recognizes ACS members for "their outstanding achievements in and contributions to the

Terri McAllister Receives the ASCE Mujumdar Resilience Award

Dr. McAllister is being recognized for her contributions to the advancement of resilience.

Main image is a partial periodic table with a blue background, with a graphic overlay of an atom in the bottom left corner.

Isotope Metallomics Quality Assurance Program (IMQAP) Consortium

The National Institute of Standards and Technology (NIST) is establishing the Isotope Metallomics Quality Assurance Program (IMQAP) Consortium. This initiative

ACMD Seminar: The Power of Computational Imaging: From Theory to Application

Selin Aslan Assistant Professor, Department of Mathematics, Koç University Tuesday, August 5, 2025, 3:00-4:00 PM ET (1:00-2:00 PM MT)...

Integrating Mass Spectrometry Techniques into Radionuclide Metrology

NIST is working to strengthen its expertise in activity measurements with additional measurement techniques. As many of its calibration and reference material

Tension compresion fixturing with upper and lower loadcells and grips and lateral anti-buckling guides with pneumatic actuators

NCAL: Tension-Compression Testing

We have developed a fully-instrumented tension-compression testing apparatus to measure the evolution of the Bauschinger Effect (tension-compression yield

Spectrum showing the annihilation photon peak and bremsstrahlung background

Basic Metrology: Measurement and Evaluation of Nuclear Data

Nearly every measurement or calculation in nuclear science relies on nuclear data to obtain a final result. Decay corrections for radioactivity measurements

NIST Team Develops Technique to Stabilize the Phase of Weak Light Signals in Quantum Network

July 18, 2025

Scientists at the National Institute of Standards and Technology (NIST) have taken a crucial step forward in building a large-scale quantum communications

Graphic reading "Shaping Future of Connectivity: NIST CTL Builds on IEEE 3388"

Shaping the Future of Connectivity: NIST CTL Builds on IEEE 3388

July 23, 2025

The National Institute of Standards and Technology Communications Technology Laboratory (NIST CTL) Industrial Wireless Systems (IWS) Team is advancing the next

NIST Guidelines Can Help Organizations Detect Face Photo Morphs, Deter Identity Fraud

August 18, 2025

Face morphing software, which combines photos of different people into a single image, is being used to commit identity fraud.

Applied Single-Electron Metrology

Much of metrology relies on or would benefit from precision counting. Time and frequency standards, length, and electrical standards all rely on counting

New NIST Research Grade Test Material to support mRNA therapeutics

July 14, 2025

Messenger RNA ( mRNA)-based therapies require a careful assessment of Critical Quality Attributes (CQAs) using various analytical techniques, to ensure

NIST Shares Preliminary Findings From Hurricane Maria Investigation

July 14, 2025

As NIST’s National Construction Safety Team nears the end of its investigation, it has released a video update that highlights significant milestones and

A man wearing a yellow hardhat and fire-resistant jacket points to burnt frame of a window.

NIST’s Alex Maranghides Receives Service to America Medal

July 17, 2025

The award recognizes Maranghides for 25 years of work investigating devastating wildfires in the United States and creating actionable guidelines on how to save

A screen shot of the landing screen for MixMaSTR software

MixMaSTR DNA Validation Software

MixMaSTR: A Software Package for Designing and Interpreting Forensic DNA Validation Studies.

Theory: Turning noisy intermediate scale quantum information processing into practical quantum computing

The goal of this theory effort is to help turn noisy intermediate scale quantum information processing into practical quantum computing. To do so, our research

Atom-scale Devices: Engineering, Metrology and Manufacturability

The goal of this program is to achieve complete control over the placement of atoms and molecules for the fabrication, characterization and validation of atom

Theory: Designing the Nanoworld

Nano and atomic scale theory of the electronic, magnetic and optical properties of ultrasmall structures, such as semiconductor quantum dots and dopants in Si

Analog quantum simulators (AQS) Figure 1

Silicon-based Solid-State Analog Quantum Simulators

One of the first successes of quantum information technology is likely to be small-to-medium-scale analog quantum simulators (AQS). Such simulators will be

Connecting Quantum Electronics and Photonics using Silicon Color Centers

Silicon color centers—optically active, atomic-scale silicon lattice defects—are promising candidates for developing electrically driven, single-photon sources

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