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Shaping international standards for advanced technologies

INSTAR is an EU-funded project that aims to support the implementation of Europe’s Digital Partnerships and the EU-US TTC by working together with Australia, Canada, Japan, Singapore, South Korea, Taiwan and the USA to drive international common standards for AI, Cybersecurity, DigitalID, Quantum, IoT, 5G, 6G and data technologies.

1 Min Read

onMarch 10, 2021

Interferometry: Precision Scattering Length Measurements of Low-Z Isotopes using Neutron Interferometry | NIST

Researchers at NIST have made precise measurements of the neutron scattering length for helium-4 using neutron interferometry. The scattering…

1 Min Read

onMarch 9, 2021

Interferometry: Quantum Error Coding in a 4-Blade Neutron Interferometer | NIST

Researchers at the University of Waterloo have developed a new type of neutron interferometer that is less sensitive to low-frequency…

1 Min Read

onMarch 8, 2021

Enriched Silicon and Devices for Quantum Information | NIST

NIST researchers have developed a novel method for growing ultra-enriched 28Si epilayers on natural abundance silicon substrates, enabling the…

1 Min Read

onMarch 8, 2021

Optical Polarization Metrology | NIST

Title: NIST Develops Advanced Optical Polarization Metrology Techniques NIST researchers are developing new methods for measuring and…

1 Min Read

onMarch 8, 2021

Optical scattering from surfaces | NIST

NIST Researches Optical Scattering from Surfaces The National Institute of Standards and Technology (NIST) is conducting research on optical…

2 Min Read

onMarch 8, 2021

Fundamental Physics: Electric Field Imaging with Neutrons | NIST

Researchers at NIST and Sandia National Laboratories have successfully imaged an isolated electric field using neutrons for the first time.…

1 Min Read

onMarch 8, 2021

Precision Materials for Quantum Devices | NIST

Researchers at NIST have developed advanced fabrication techniques for quantum devices using ultra-high vacuum (UHV) systems. Key findings…

1 Min Read

onMarch 5, 2021

Fundamental Physics: Measurement of the Neutron Magnetic Dipole Moment Using Schwinger Scattering | NIST

Researchers at NIST have successfully measured the neutron magnetic dipole moment using a new technique called Schwinger scattering. This…

1 Min Read

onMarch 5, 2021

Applied: Continuous Spin-Exchange Optical Pumping in High Flux Neutron Beams | NIST

Researchers from NIST and the Institut Laue Langevin (ILL) collaborated on experiments to study the effects of high flux neutron beams on…