Enabling Technologies and Quantum Devices

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onFebruary 24, 2021

ACMD Seminar: Calculating Molecular Integrals in Polyatomic Molecules: Developing a 3D Adaptive Grid Based on Atomic Weighting Functions | NIST

Title: Calculating Molecular Integrals in Polyatomic Molecules: Developing a 3D Adaptive Grid Based on Atomic Weighting Functions Summary:…

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onFebruary 23, 2021

The emiT experiment at NIST aimed to detect time-reversal symmetry violation in neutron beta decay, which could help explain the…

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onFebruary 22, 2021

Title: NIST Develops Advanced Quantum Biophotonics Technology for Precision Biology Measurements Summary: The National Institute of Standards…

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onFebruary 11, 2021

NIST Develops Portable NMR Technology for Chemical Analysis The National Institute of Standards and Technology (NIST) has developed a new…

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onFebruary 11, 2021

NIST has developed a highly compact, chip-scale atomic magnetometer that could revolutionize medical diagnostics and other applications. The…

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onFebruary 11, 2021

NIST has developed a revolutionary microchip that integrates an atomic magnetometer and microfluidic channel, enabling compact nuclear…

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onFebruary 11, 2021

NIST researchers are developing advanced techniques for characterizing single-photon detectors and sources, which are crucial for quantum…

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onFebruary 11, 2021

NIST has developed a compact atomic magnetometer and gyroscope that combines high sensitivity, simple fabrication, and small size. The device…

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onFebruary 11, 2021

The Sensor Science Division at NIST focuses on developing accurate measurement standards for various industries. They collaborate with…