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Fire events are a threat to vulnerable communities and their infrastructure, compounded by climatic heating that is increasing their severity and reach
This project combines experimental research with advanced computer modeling to improve understanding of how fires spread in the Wildland-Urban Interface (WUI)
The Alicona™ G5 focus variation microscope is a 3D surface topography measurement instrument. Its primary purpose is to collect firearm toolmark measurements
The Taylor Hobson Form Talysurf PGI 1240 is a mechanical stylus profilometer for surface texture and microform measurements. Its primary purpose is for the
The Nanofocus™ µsurf disc-scanning confocal microscope is a 3D surface topography measurement instrument. Its primary purpose is to collect firearm toolmark
The Applied Genetics Group produces DNA and RNA-based reference materials to support measurements and validation within the Clinical and Forensic communities
Rapid DNA Typing technology allows DNA typing to be performed within a fully integrated system (swab in—profile out). The process can be completed in under 90
Interpreting a DNA mixture is necessary when two or more individuals (or contributors) are present in forensic evidence. The resulting data (an electropherogram
The goal of the Forensic Genetics Project Team is to support accuracy and reliability in the forensic DNA typing community by producing DNA-based reference
The Optomechanical Pressure Sensing project is developing new pressure sensors and transfer standards for the medium vacuum (0.1 Pa to 100 Pa) and high vacuum
The Deployable Doppler Thermometry project strives to create portable, primary thermometers for dissemination of the kelvin from 300 K to 700 K. Our approach
The Community Resilience Program has traditionally focused on creating planning guidance, resilience metrics, and integrated models at the community scale
This project accelerates and unites efforts across the Fire Research Division to address the fire risks posed by new technologies. NIST brings specialized
The RaDAR Program provides comprehensive drug testing data to 13 states and territories across the U.S. In total, more than 10,000 samples have been analyzed since the RaDAR Program began in October 2022, and notably, more than 6,500 samples were...
The Atomic Thermometers program aims to establish primary, quantum-based sensors of both radiative and thermodynamic temperature in the range 250 K – 400 K
Electrolytes are essential biomarkers for skeletal and cellular health. Abnormal levels of electrolytes may either be the cause or the consequence of various...
Radioactive gases such as 3H, 85Kr, 133Xe, and 135Xe are important in applications including fusion and fission reactors, environmental monitoring, treaty
Cryogenic detectors provide some of the highest energy resolution spectra available, due to their intrinsic low thermal noise. The NIST cryogenic decay energy