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Projects/Programs

Displaying 176 - 200 of 257

Peptide Mass Spectral Libraries

Ongoing
The National Institute of Standards and Technology is developing a peptide mass spectral library as an extension of the NIST/EPA/NIH Mass Spectral Library

Personal Body Armor

Completed
Our goal is to prevent the catastrophic failure of ballistic body armor by developing measurements and predictive models to test and determine the long-term

Photonic Quantum State Imaging Metrology

Ongoing
The project aims to develop the quantum coherence metrology based on single photon state imaging techniques that will elucidate the quantum coherence of single

Physics and Hardware for Intelligence

Ongoing
Artificial intelligence increasingly affects many aspects of society. New computational hardware based on information-processing in the brain is being developed

Polymer Formulations

Completed
Our goal is to develop combinatorial and high-throughput measurement approaches for rapid characterization of the structure and phase behavior of multicomponent

Powder Diffraction SRMs

Ongoing
The work carried out under this project creates a wide variety of X-ray powder diffraction (XRPD) Standard Reference Materials (SRMs) used to calibrate and

Precision Measurement Grants Program

Ongoing
Since 1970, the National Institute of Standards and Technology (NIST) has awarded Precision Measurement Grants for significant research in the field of

Precision Timing for Smart Grid Systems

Completed
This project supports the power systems industry by developing an in-depth understanding of timing performance and metrology necessary to achieve the precision

Protein rheology measurements

Ongoing
Therapeutic protein solutions are highly concentrated during manufacturing purification processes and in finished dosage. At such concentrations, the fluid

Quantitative Flow Cytometry Measurements

Ongoing
Flow cytometry is a widely used technique for single-cell and particle analysis. For flow cytometry to be used in a clinical, industrial, or research setting

Quantum Conductance

Ongoing
Graphene, the two-dimensional honeycomb carbon lattice isolated in 2004, has enabled significant advancement in a variety of subfields in physics due to its

Quantum Physics Theory

Ongoing
Theoretical work relevant to the determination of values of the fundamental constants, tests of bound-state quantum electrodynamics (QED), and methods of

Quantum Radiometry

Ongoing
The goal of this project is to develop single photon source and detector measurement and calibration capabilities to support the emerging quantum industry and

Quantum Transport Measurements

Ongoing
We are developing the foundational knowledge and measurement infrastructure that will facilitate the use of solid state systems with emergent quantum properties