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Quantum Technologies

Time and frequency | NIST

homerpap June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

Correlated photon radiometry | NIST

homerpap May 27, 2026
NIST is developing a calibration protocol known as correlated photon radiometry to establish highly accurate measurement standards for

Journal of Research Volume 114 | NIST

homerpap May 27, 2026
This NIST journal report covers initial research rather than formalized quantum computing standards. The only quantum-related finding highlighted

Quantum Nanoelectronics Group | NIST

homerpap April 9, 2026
The National Institute of Standards and Technology (NIST), through its Quantum Nanoelectronics Group, is actively developing foundational measurement

Quantum Sensing Explained | NIST

homerpap April 2, 2026
This article focuses on quantum sensing frameworks rather than a single computing standard, outlining foundational measurement protocols that

Large Millimeter Telescope | NIST

homerpap February 6, 2026
This article does not discuss a formal quantum computing standard or protocol. Instead, it highlights TolTEC, a new

Quantum Science | NIST

homerpap January 13, 2026
NIST is leading the creation of post-quantum encryption standards, with three finalized in 2024, alongside international measurement and

SHIP Research | NIST

homerpap December 31, 2025
The provided article does not discuss a specific quantum computing standard, protocol, or formal standards development process. Instead,

Background: How NIST-F2 Works | NIST

homerpap December 22, 2025
The article explains how NIST’s F2 atomic clock establishes the official international standard for measuring time: the second.

Quantum 100 – Jun Ye | NIST

homerpap December 19, 2025
This article profiles Jun Ye, a physicist recognized in the “Quantum 100” list for his work at the

Single-Photon Sources | NIST

homerpap December 17, 2025
NIST researchers are developing a technology to generate single photons on demand using tiny semiconductor structures called quantum

NIS Thermometer | NIST

homerpap December 5, 2025
NIST is developing a new measurement standard known as the NIS thermometer, which provides highly accurate data for

Cold Atom Vacuum System | NIST

homerpap December 5, 2025
NIST has developed the Cold Atom Vacuum System (CAVS), a new quantum-based standard for measuring vacuum pressure. This

FLOC Pressure Sensor | NIST

homerpap December 5, 2025
NIST scientists, in collaboration with industry partners, have validated a new pressure measurement standard called the Fixed Length

Photonic Thermometry | NIST

homerpap December 5, 2025
This article does not discuss a quantum computing standard or protocol. Instead, it details NIST’s development of photonic

Any-Wavelength Laser | NIST

homerpap November 18, 2025
NIST, in partnership with Octave Photonics, is developing a compact “any-wavelength” laser that could serve as a foundational

Any-Wavelength Laser | NIST

homerpap September 30, 2025
NIST researchers, in collaboration with Octave Photonics, are developing a new “any-wavelength” laser technology rather than a formal

Quantum Locking Ranges | NIST

homerpap September 17, 2025
NIST has detailed the requirements for Quantum Locking Ranges (QLR), a standard for Josephson junction devices used in

Nanophotonics Laboratory | NIST

homerpap September 8, 2025
NIST researchers are developing specialized measurement tools to help establish standards for nanoscale optical components used in quantum

Topological Insulators | NIST

homerpap September 2, 2025
NIST researchers are developing new quantum standards using a special class of materials called topological insulators, which conduct

Scanning Probe Metrology | NIST

homerpap September 2, 2025
NIST is developing specialized scanning probe metrology protocols to measure how electrons behave at the atomic scale. Rather

Thomas Gerrits | NIST

homerpap August 26, 2025
Researchers at the National Institute of Standards and Technology (NIST), working closely with universities and colleges, are developing

Kelvin: Future Realization | NIST

homerpap August 13, 2025
The Consultative Committee for Thermometry and NIST have redefined the kelvin, the standard unit for temperature, to rely

JILA Expansion | NIST

homerpap August 13, 2025
The provided article does not discuss quantum computing standards or protocols. Instead, it outlines a proposed expansion of

Kilogram: The Future | NIST

homerpap August 13, 2025
The kilogram has been officially redefined using a fundamental quantum property known as the Planck constant, replacing the

Theory: Designing the Nanoworld | NIST

homerpap August 7, 2025
Rather than drafting a formal quantum computing standard, NIST is developing foundational theoretical models that predict how atomic-scale

How Was the Universe Born? | NIST

homerpap July 23, 2025
This article does not cover quantum computing standards, as it focuses instead on NIST’s development of ultra-sensitive detectors

Temperature | NIST

homerpap July 18, 2025
The National Institute of Standards and Technology (NIST) is introducing new photonic sensors that use light to measure

Pressure | NIST

homerpap July 18, 2025
NIST scientists have developed a new pressure measurement instrument called the Fixed Length Optical Cavity (FLOC), which operates

Karen Grutter | NIST

homerpap July 13, 2025
The provided text is a researcher profile rather than a report on quantum computing standards. It introduces Karen

Finding Oil and Gas — and More | NIST

homerpap July 2, 2025
**Quantum Standard/Protocol:** Chip-scale atomic clocks **Organizations Involved:** NIST, military funding **Current Status:** Implemented for seismic research and oil/gas

Laurie E. Locascio | NIST

homerpap June 27, 2025
**Summary of Laurie E. Locascio’s Background and NIST Leadership** Dr. Laurie Locascio is the current Under Secretary of

Jeff Shainline | NIST

homerpap June 27, 2025
**Research Focus:** Dr. Jeff Shainline’s work at NIST combines semiconductors, superconductors, and photonics to develop innovative hardware for

Tom Heavner | NIST

homerpap June 27, 2025
Tom Heavner is a physicist at NIST who specializes in precision timekeeping using quantum technologies. He joined the

Jennifer Black | NIST

homerpap June 27, 2025
This article profiles Jennifer Black, a physicist at the National Institute of Standards and Technology (NIST) who works

Brenton Knuffman | NIST

homerpap June 27, 2025
The provided article does not address quantum computing standards, protocols, or related standardization efforts. Instead, it outlines Brenton

How to Work With Us | NIST

homerpap June 24, 2025
The National Institute of Standards and Technology (NIST) is currently seeking researchers to work on developing best practices

Photonic Calorimeter | NIST

homerpap June 20, 2025
**Photonic Calorimeter: A Breakthrough in Radiation Measurement** The National Institute of Standards and Technology (NIST) has developed a

Vacuum | NIST

homerpap May 29, 2025
**Quantum-Based Vacuum Gauge: Cold Atom Vacuum System** The National Institute of Standards and Technology (NIST) has developed a

CTL Roadmaps | NIST

homerpap May 23, 2025
**Quantum Communications Standard: NIST CTL Roadmaps** The National Institute of Standards and Technology (NIST) is developing a series

Corey Stambaugh | NIST

homerpap May 22, 2025
**Summary of Corey Stambaugh’s Background** Corey Stambaugh is the chief of staff at NIST’s Physical Measurement Laboratory. He

100 Years of Quantum Research | NIST

homerpap April 24, 2025
This article from NIST highlights 100 years of groundbreaking research in quantum mechanics, showcasing key discoveries and experiments

New High Field Dry Magnets | NIST

homerpap April 21, 2025
NCNR, a research facility, is getting two new cryogen-free superconducting magnets. These magnets are easier to operate and

Putting Einstein to the Test | NIST

homerpap April 17, 2025
This article explores how Einstein’s theories of relativity—both special and general—have been tested over time using highly accurate

Mapping the Earth | NIST

homerpap April 17, 2025
This article discusses how advances in atomic clock technology could revolutionize the field of geodesy, which is the

CTL Roadmapping | NIST

homerpap April 15, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is developing strategic roadmaps to guide

Pico-Watt ACR | NIST

homerpap April 10, 2025
The Pico-Watt ACR (pW-ACR) project, led by NIST, aims to create a highly sensitive absolute cryogenic radiometer capable

Neuromorphic systems | NIST

homerpap April 10, 2025
This article discusses NIST’s work on neuromorphic systems, which are designed to mimic the brain’s structure and function.

Clocks Galore | NIST

homerpap April 8, 2025
This article explores different types of atomic clocks and their uses, focusing on rubidium, hydrogen maser, and emerging

Computational Chemistry | NIST

homerpap March 26, 2025
This article discusses NIST’s work on improving the accuracy and reliability of computational chemistry, particularly in the area

Quantum-based Measurements | NIST

homerpap March 13, 2025
This article from NIST discusses the development of quantum-based measurement systems that could redefine how we measure time,

Dr. S. Shyam Sunder | NIST

homerpap March 4, 2025
Dr. S. Shyam Sunder is the Acting Associate Director of Laboratory Programs at NIST, where he oversees the

By the Numbers – 1 | ASTM

homerpap March 4, 2025
This article discusses the redefinition of international measurement standards, specifically the kilogram, ampere, kelvin, and mole. Led by

Atomic Thermometers | NIST

homerpap February 26, 2025
The NIST Atomic Thermometers program is developing quantum-based sensors to measure temperature using atomic transitions. These sensors use

Standards & Measurements | NIST

homerpap February 13, 2025
NIST plays a crucial role in establishing and maintaining quantum standards and measurements. The organization defines national standards

Anyone for Anyons? | NIST

homerpap February 12, 2025
Researchers have demonstrated that anyons, a type of quantum particle previously thought to exist only in two dimensions,

Spectroradiometry of sources | NIST

homerpap February 10, 2025
NIST maintains facilities and calibration standards for spectral radiance and irradiance at their Facility for Spectroradiometric Calibrations (FASCAL)

James A. St Pierre | NIST

homerpap February 7, 2025
James A. St. Pierre is the Deputy Director of the Information Technology Laboratory (ITL) at NIST, overseeing a

Pradeep Namboodiri | NIST

homerpap February 7, 2025
Dr. Pradeep Namboodiri is a senior experimental physicist at the National Institute of Standards and Technology (NIST) with

Garnett W. Bryant | NIST

homerpap February 7, 2025
Garnett W. Bryant is a leading condensed matter physicist at NIST, focusing on atomic-scale quantum devices. His research

Julia Scherschligt | NIST

homerpap February 6, 2025
Dr. Julia Scherschligt is a leading expert in metrology and instrument science at the National Institute of Standards

Metrology | NIST

homerpap February 5, 2025
NIST, the National Institute of Standards and Technology, plays a crucial role in metrology – the science of

CTL 2025 SURF Program | NIST

homerpap February 5, 2025
The National Institute of Standards and Technology (NIST) is offering a Summer Undergraduate Research Fellowship (SURF) program in

Angela R. Hight Walker | NIST

homerpap February 5, 2025
Dr. Angela R. Hight Walker is a distinguished scientist at NIST known for her pioneering work in optical

IASG Members | NIST

homerpap February 5, 2025
The International Atomic Spectroscopists’ Group (IASG) is a global organization with members from nine institutions across the world.

Imaging the Elusive Skyrmion | NIST

homerpap February 4, 2025
Scientists at NIST have used neutron imaging and reconstruction algorithms to visualize 3D skyrmion structures in bulk materials

Just for KICS! | NIST

homerpap February 4, 2025
Researchers at NIST have developed a new system to read out measurements from single-photon detectors using kinetic inductance

What Time Is It on the Moon? | NIST

homerpap February 4, 2025
Title: NIST Proposes Lunar Timekeeping System for Moon Exploration The National Institute of Standards and Technology (NIST) has

About PML | NIST

homerpap February 4, 2025
The Physical Measurement Laboratory (PML) at NIST is responsible for setting the definitive U.S. standards for various measurements,

Unity in the Photon Community | NIST

homerpap February 4, 2025
Title: NIST Releases Single-Photon Sources and Detectors Dictionary NIST scientists have developed a comprehensive dictionary of terms related

Photons by the Numbers | NIST

homerpap February 3, 2025
NIST researchers are developing a new method to generate and count specific numbers of photons with high accuracy,

Taming the Qubit | NIST

homerpap February 3, 2025
NIST scientists have made significant progress in controlling quantum bits (qubits) for quantum computing. They demonstrated a logic

Four PML Scientists Honored | NIST

homerpap February 3, 2025
Four scientists from NIST’s Physical Measurement Laboratory have recently received prestigious awards and honors for their groundbreaking work

Jun Ye: A Timely Profile | NIST

homerpap February 3, 2025
Jun Ye, a physicist at NIST/JILA, has developed the world’s most precise atomic clock, which would neither gain

CHO and Tell | NIST

homerpap February 3, 2025
I’m happy to summarize the article, but I don’t see the actual article text you want me to

First, Fast, and Faster | NIST

homerpap February 3, 2025
Scientists at NIST’s Physical Measurement Laboratory have developed a new method to create superluminal light pulses using four-wave

Cornell Wins NSF Award | NIST

homerpap February 3, 2025
Eric A. Cornell, a physicist at NIST and adjunct professor at the University of Colorado, has been awarded

Universe in the Balance | NIST

homerpap February 3, 2025
Researchers at NIST have developed a method to link quartz crystal microbalance (QCM) measurements to the SI unit

Thirteen Earn NIST Awards | NIST

homerpap February 3, 2025
Thirteen employees of the National Institute of Standards and Technology (NIST) were recognized with awards during a ceremony

FCSC Working Group 2 | NIST

homerpap January 31, 2025
Title: NIST’s FCSC Working Group 2 Advances Flow Cytometry Standardization NIST’s Working Group 2 (WG2) is making significant

About MML | NIST

homerpap January 31, 2025
The National Institute of Standards and Technology’s (NIST) Material Measurement Laboratory (MML) is a key national resource for

Food Safety | NIST

homerpap January 30, 2025
The National Institute of Standards and Technology (NIST) operates a comprehensive food safety program that focuses on ensuring

Sujitra Pookpanratana | NIST

homerpap January 29, 2025
Dr. Sujitra Pookpanratana is a researcher at the National Institute of Standards and Technology (NIST) focusing on advanced

About CTL | NIST

homerpap January 28, 2025
The National Institute of Standards and Technology Communications Technology Laboratory (NIST CTL) plays a crucial role in advancing

Diamond NV Center Magnetometry | NIST

homerpap January 27, 2025
The article discusses the development of a facility for measuring magnetic nanodevices using nitrogen-vacancy (NV) centers in diamond.

Nanomagnet Dynamics | NIST

homerpap January 27, 2025
NIST Researchers Develop Advanced Nanomagnet Measurement Techniques The National Institute of Standards and Technology (NIST) is advancing the

Theory of Spin-Orbit Torque | NIST

homerpap January 27, 2025
The article discusses the phenomenon of spin-orbit torque, which involves the interaction between electrical currents and magnetic materials

Sungmin Kim | NIST

homerpap January 27, 2025
Sungmin Kim is a researcher at NIST working on advanced scanning probe microscopy techniques for studying 2D quantum

Swapnil Mhatre | NIST

homerpap January 27, 2025
The provided text is a professional biography of Dr. Swapnil Mhatre rather than a news report on quantum

Andrew C. Wilson | NIST

homerpap January 24, 2025
Dr. Andrew Wilson is a leading figure in the development of quantum technologies at the National Institute of

Top 7 NIST Visuals of 2019 | NIST

homerpap January 24, 2025
The article highlights NIST’s top 7 visuals of 2019, showcasing the institute’s cutting-edge research and technology. The visuals

Keeping Time at NIST | NIST

homerpap January 24, 2025
NIST has been a key player in the development of atomic clocks, which are crucial for defining and

What, Then, Is Time? | NIST

homerpap January 24, 2025
This article, written by a scientist from NIST, reflects on the nature of time and its measurement. The

The Twelve Days of Metric | NIST

homerpap January 24, 2025
This article does not discuss quantum computing standards. Instead, it outlines NIST’s ongoing work to modernize traditional metric

Optical grating scatterometry | NIST

homerpap January 22, 2025
The National Institute of Standards and Technology (NIST) is developing standards and methods for assessing periodic structures using

Justyna P. Zwolak | NIST

homerpap January 22, 2025
Justyna Zwolak, a scientist at NIST, is working on applying machine learning and AI to quantum computing, specifically

James G. Kushmerick | NIST

homerpap January 21, 2025
Dr. James Kushmerick is the Director of the Physical Measurement Laboratory at NIST, overseeing quantum information science, neuromorphic

Tara Fortier | NIST

homerpap January 21, 2025
Tara Fortier is a physicist and project leader at NIST’s Time and Frequency Division, where she leads research

MML Products & Services | NIST

homerpap January 16, 2025
NIST, a leading organization in measurement standards, has been providing over 1,300 Standard Reference Materials (SRMs) to ensure

Atomic Spectroscopy Group | NIST

homerpap January 14, 2025
The Atomic Spectroscopy Group at NIST focuses on measuring, calculating, and disseminating reference data on atomic properties and

Quantum Communications | NIST

homerpap January 13, 2025
NIST’s Communications Technology Laboratory is a key research center for quantum communications, focusing on sensing, computing, and networking.

Device Fabrication Group | NIST

homerpap January 10, 2025
The Device Fabrication Group at NIST is using advanced micro- and nanofabrication techniques to create innovative sensors and

Quantum Electronics Group | NIST

homerpap January 10, 2025
The Quantum Electronics Group at NIST has two main goals: conducting fundamental research and developing advanced readout technology

Melissa Midzor | NIST

homerpap January 8, 2025
Dr. Melissa Midzor has been appointed as the new Director of the Communications Technology Laboratory (CTL) at NIST,

Andrea Centrone | NIST

homerpap January 7, 2025
Dr. Andrea Centrone is a Project Leader at the National Institute of Standards and Technology (NIST) in Maryland,

Time and frequency | NIST

homerpap June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

NACTI Agenda | NIST

homerpap May 27, 2026
This article does not discuss any specific quantum computing standard or protocol. Instead, it outlines the agenda for

NACTI Organization | NIST

homerpap May 27, 2026
The provided article does not discuss a specific quantum computing standard or protocol. Instead, it outlines the organizing

VCAT Member Biographies | NIST

homerpap January 20, 2026
This document introduces the members of the NIST Virtual Advisory Committee on Technology (VCAT), a group currently serving

Quantum Science | NIST

homerpap January 13, 2026
NIST is leading the creation of post-quantum encryption standards, with three finalized in 2024, alongside international measurement and

Any-Wavelength Laser | NIST

homerpap November 18, 2025
NIST, in partnership with Octave Photonics, is developing a compact “any-wavelength” laser that could serve as a foundational

Any-Wavelength Laser | NIST

homerpap September 30, 2025
NIST researchers, in collaboration with Octave Photonics, are developing a new “any-wavelength” laser technology rather than a formal

Topological Insulators | NIST

homerpap September 2, 2025
NIST researchers are developing new quantum standards using a special class of materials called topological insulators, which conduct

Graphene | NIST

homerpap September 2, 2025
This article does not outline a formal quantum computing standard or protocol. Instead, it reports on foundational research

Victor V. Albert | NIST

homerpap August 26, 2025
This presentation outlines the quantum research ecosystem at the University of Maryland College Park, which includes seven institutes

Justyna Zwolak | NIST

homerpap August 26, 2025
Researchers at the National Institute of Standards and Technology (NIST) have developed an automated calibration protocol for semiconductor-based

Scott Glancy | NIST

homerpap August 26, 2025
This article outlines experimental protocols being developed by NIST rather than formalized standards, focusing on secure random number

Theory: Designing the Nanoworld | NIST

homerpap August 7, 2025
Rather than drafting a formal quantum computing standard, NIST is developing foundational theoretical models that predict how atomic-scale

Finding Oil and Gas — and More | NIST

homerpap July 2, 2025
**Quantum Standard/Protocol:** Chip-scale atomic clocks **Organizations Involved:** NIST, military funding **Current Status:** Implemented for seismic research and oil/gas

Laurie E. Locascio | NIST

homerpap June 27, 2025
**Summary of Laurie E. Locascio’s Background and NIST Leadership** Dr. Laurie Locascio is the current Under Secretary of

Jeff Shainline | NIST

homerpap June 27, 2025
**Research Focus:** Dr. Jeff Shainline’s work at NIST combines semiconductors, superconductors, and photonics to develop innovative hardware for

Adam Steele | NIST

homerpap June 27, 2025
The provided article does not cover quantum computing standards, protocols, or related technical developments. Instead, it outlines the

Quantum Research at CTL | NIST

homerpap June 18, 2025
**Quantum Research at NIST’s Communications Technology Laboratory (CTL)** The National Institute of Standards and Technology (NIST) Communications Technology

Vacuum | NIST

homerpap May 29, 2025
**Quantum-Based Vacuum Gauge: Cold Atom Vacuum System** The National Institute of Standards and Technology (NIST) has developed a

CTL Roadmaps | NIST

homerpap May 23, 2025
**Quantum Communications Standard: NIST CTL Roadmaps** The National Institute of Standards and Technology (NIST) is developing a series

Corey Stambaugh | NIST

homerpap May 22, 2025
**Summary of Corey Stambaugh’s Background** Corey Stambaugh is the chief of staff at NIST’s Physical Measurement Laboratory. He

100 Years of Quantum Research | NIST

homerpap April 24, 2025
This article from NIST highlights 100 years of groundbreaking research in quantum mechanics, showcasing key discoveries and experiments

CTL Roadmapping | NIST

homerpap April 15, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is developing strategic roadmaps to guide

Clocks Galore | NIST

homerpap April 8, 2025
This article explores different types of atomic clocks and their uses, focusing on rubidium, hydrogen maser, and emerging

Krister Shalm | NIST

homerpap April 7, 2025
Krister Shalm is a quantum physicist who has been working at NIST since 2012. His research focuses on

Memory | NIST

homerpap March 26, 2025
This article discusses research by NIST into quantum memory, a key component for quantum information systems. The goal

Krister Shalm | NIST

homerpap March 21, 2025
Krister Shalm is a quantum physicist who works at the National Institute of Standards and Technology (NIST). Since

Quantum-based Measurements | NIST

homerpap March 13, 2025
This article from NIST discusses the development of quantum-based measurement systems that could redefine how we measure time,

Dr. S. Shyam Sunder | NIST

homerpap March 4, 2025
Dr. S. Shyam Sunder is the Acting Associate Director of Laboratory Programs at NIST, where he oversees the

Liquid Flow Standards | NIST

homerpap February 18, 2025
Title: NIST Develops Advanced Liquid Flow Standard for Precision Measurements The National Institute of Standards and Technology (NIST)

Standards & Measurements | NIST

homerpap February 13, 2025
NIST plays a crucial role in establishing and maintaining quantum standards and measurements. The organization defines national standards

Anyone for Anyons? | NIST

homerpap February 12, 2025
Researchers have demonstrated that anyons, a type of quantum particle previously thought to exist only in two dimensions,

James A. St Pierre | NIST

homerpap February 7, 2025
James A. St. Pierre is the Deputy Director of the Information Technology Laboratory (ITL) at NIST, overseeing a

Joshua M. Pomeroy | NIST

homerpap February 7, 2025
Joshua M. Pomeroy is an experimental physicist at NIST working on quantum information transfer between hybrid systems, specifically

Jonathan Wyrick | NIST

homerpap February 7, 2025
Jonathan Wyrick, an experimental physicist at NIST, is leading research to develop artificial structures and devices at the

Pradeep Namboodiri | NIST

homerpap February 7, 2025
Dr. Pradeep Namboodiri is a senior experimental physicist at the National Institute of Standards and Technology (NIST) with

Michael Stewart | NIST

homerpap February 7, 2025
Dr. Michael Stewart, an experimental physicist at NIST, is leading research to develop a new standard for measuring

Garnett W. Bryant | NIST

homerpap February 7, 2025
Garnett W. Bryant is a leading condensed matter physicist at NIST, focusing on atomic-scale quantum devices. His research

Cybersecurity and Privacy | NIST

homerpap February 6, 2025
NIST is requesting $78.4 million in funding to strengthen the security of the nation’s digital infrastructure and critical

Exploratory Measurement Science | NIST

homerpap February 6, 2025
NIST seeks $58.7 million to fund exploratory measurement science research, focusing on high-risk, potentially transformative projects. The funding

CTL 2025 SURF Program | NIST

homerpap February 5, 2025
The National Institute of Standards and Technology (NIST) is offering a Summer Undergraduate Research Fellowship (SURF) program in

Quantum Research at CTL | NIST

homerpap February 4, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is leading groundbreaking research in quantum

About PML | NIST

homerpap February 4, 2025
The Physical Measurement Laboratory (PML) at NIST is responsible for setting the definitive U.S. standards for various measurements,

Photons by the Numbers | NIST

homerpap February 3, 2025
NIST researchers are developing a new method to generate and count specific numbers of photons with high accuracy,

Taming the Qubit | NIST

homerpap February 3, 2025
NIST scientists have made significant progress in controlling quantum bits (qubits) for quantum computing. They demonstrated a logic

Four PML Scientists Honored | NIST

homerpap February 3, 2025
Four scientists from NIST’s Physical Measurement Laboratory have recently received prestigious awards and honors for their groundbreaking work

120 Years of Data at NIST | NIST

homerpap February 3, 2025
NIST, established in 1901, has been providing critically evaluated data for the scientific community for over a century.

Jun Ye: A Timely Profile | NIST

homerpap February 3, 2025
Jun Ye, a physicist at NIST/JILA, has developed the world’s most precise atomic clock, which would neither gain

CHO and Tell | NIST

homerpap February 3, 2025
I’m happy to summarize the article, but I don’t see the actual article text you want me to

First, Fast, and Faster | NIST

homerpap February 3, 2025
Scientists at NIST’s Physical Measurement Laboratory have developed a new method to create superluminal light pulses using four-wave

Ninety-Six Earn NIST Awards | NIST

homerpap February 3, 2025
NIST Announces 96 Employee Awards in December 2004 The National Institute of Standards and Technology (NIST) recognized 96

Uncrunching the Frequency Spectrum | NIST

homerpap February 3, 2025
The National Institute of Standards and Technology (NIST) is developing new quantum-accurate standards for high-frequency wireless communication, addressing

Cornell Wins NSF Award | NIST

homerpap February 3, 2025
Eric A. Cornell, a physicist at NIST and adjunct professor at the University of Colorado, has been awarded

FCSC Working Group 2 | NIST

homerpap January 31, 2025
Title: NIST’s FCSC Working Group 2 Advances Flow Cytometry Standardization NIST’s Working Group 2 (WG2) is making significant

Measurement in the Movies | NIST

homerpap January 31, 2025
The article highlights how various movies have effectively demonstrated the importance of accurate measurements in different contexts. Raiders

About MML | NIST

homerpap January 31, 2025
The National Institute of Standards and Technology’s (NIST) Material Measurement Laboratory (MML) is a key national resource for

Francesca Tavazza | NIST

homerpap January 31, 2025
The provided article does not cover quantum computing standards, so it does not discuss specific protocols, organizations developing

Neil M. Zimmerman | NIST

homerpap January 28, 2025
Neil M. Zimmerman is an experimental physicist at the National Institute for Standards and Technology (NIST) who has

About CTL | NIST

homerpap January 28, 2025
The National Institute of Standards and Technology Communications Technology Laboratory (NIST CTL) plays a crucial role in advancing

Theory of Spin-Orbit Torque | NIST

homerpap January 27, 2025
The article discusses the phenomenon of spin-orbit torque, which involves the interaction between electrical currents and magnetic materials

Andrew C. Wilson | NIST

homerpap January 24, 2025
Dr. Andrew Wilson is a leading figure in the development of quantum technologies at the National Institute of

Top 7 NIST Visuals of 2019 | NIST

homerpap January 24, 2025
The article highlights NIST’s top 7 visuals of 2019, showcasing the institute’s cutting-edge research and technology. The visuals

What, Then, Is Time? | NIST

homerpap January 24, 2025
This article, written by a scientist from NIST, reflects on the nature of time and its measurement. The

Standards.gov | NIST

homerpap January 22, 2025
The article discusses various initiatives and programs related to standards development and implementation by Standards.gov and NIST. Key

Additive Manufacturing of Metals | NIST

homerpap January 22, 2025
NIST Researches Metal Additive Manufacturing Standards The National Institute of Standards and Technology (NIST) is conducting important research

Justyna P. Zwolak | NIST

homerpap January 22, 2025
Justyna Zwolak, a scientist at NIST, is working on applying machine learning and AI to quantum computing, specifically

James G. Kushmerick | NIST

homerpap January 21, 2025
Dr. James Kushmerick is the Director of the Physical Measurement Laboratory at NIST, overseeing quantum information science, neuromorphic

Tara Fortier | NIST

homerpap January 21, 2025
Tara Fortier is a physicist and project leader at NIST’s Time and Frequency Division, where she leads research

MML Products & Services | NIST

homerpap January 16, 2025
NIST, a leading organization in measurement standards, has been providing over 1,300 Standard Reference Materials (SRMs) to ensure

VCAT Current Membership | NIST

homerpap January 15, 2025
The Virtual Consortium for Advanced Technology (VCAT) is a group of experts working on advanced technology standards. The

ITL Quantum Information Program | NIST

homerpap January 13, 2025
The NIST ITL Quantum Information Program aims to revolutionize 21st century technology by developing quantum-based computing and communications

Daniel Slichter | NIST

homerpap January 3, 2025
Daniel Slichter is a staff physicist at NIST Boulder’s Ion Storage Group, focusing on quantum information experiments with

Biography of Dr. Joseph Broz | NIST

homerpap December 20, 2024
Dr. Joseph Broz is a key figure in the quantum computing industry, currently leading IBM Quantum’s quantum-centric supercomputing

ITL Opportunities | NIST

homerpap December 19, 2024
The National Institute of Standards and Technology (NIST) is seeking qualified candidates for various research and technical positions

Measurement Uncertainty | NIST

homerpap December 17, 2024
Title: NIST Releases Updated Measurement Uncertainty Standards NIST has released an updated version of their Guide to the

Daniel Wines | NIST

homerpap December 17, 2024
Daniel Wines is a researcher at NIST whose work focuses on applying first-principles methods and machine learning to

Fundamentals of Deformation | NIST

homerpap December 16, 2024
This article discusses NIST’s work on developing new measurement techniques and standards for studying the mechanical behavior of

Core Network Technologies | NIST

homerpap December 9, 2024
The article discusses NIST’s efforts to develop and standardize emerging network technologies that will form the backbone of

Kinetic Inductance Spectrophotometry | NIST

homerpap December 4, 2024
The Kinetic Inductance Spectrophotometry Project at NIST is developing advanced superconducting detector technologies for next-generation hyperspectral imaging. The

Work with NIST | NIST

homerpap December 2, 2024
NIST is a key federal agency focused on advancing U.S. innovation and industrial competitiveness through measurement science, standards,

Dietrich Leibfried | NIST

homerpap November 22, 2024
Dietrich Leibfried is a distinguished physicist and NIST Fellow who has made significant contributions to the field of

Postdoctoral Opportunities | NIST

homerpap November 22, 2024
This article discusses postdoctoral research opportunities at NIST (National Institute of Standards and Technology) in the field of

Far-infrared Spectrometer | NIST

homerpap November 21, 2024
Title: NIST Enhances Far-Infrared Spectrometer for Advanced Research The National Institute of Standards and Technology (NIST) has upgraded

Research Opportunities in PML | NIST

homerpap November 21, 2024
The article discusses the research opportunities available at the Physical Measurement Laboratory (PML) of the National Institute of

Daniel Jardin | NIST

homerpap November 14, 2024
Dr. Dan Jardin is a physicist at NIST working on neutron detection and measurement. His current projects include

PML Student Research Opportunities | NIST

homerpap November 8, 2024
NIST’s Physical Measurement Laboratory offers various research programs for students and researchers across multiple disciplines. These programs include:

Quantum information science | NIST

homerpap November 6, 2024
Quantum information science combines quantum physics and information theory to revolutionize technology. NIST has been a leader in

Time & frequency | NIST

homerpap November 6, 2024
NIST, the National Institute of Standards and Technology, plays a crucial role in time and frequency measurement, which

IEG Announcements Archive 2019 | NIST

homerpap October 30, 2024
The article discusses the upcoming IEG (Interagency Electronic Governance) meeting scheduled for June 25, 2020, at NIST’s Gaithersburg

Why You Need Standards | NIST

homerpap October 24, 2024
The article discusses the importance of standards in science and technology, using examples from NIST’s work over the

Superconductive Electronics Group | NIST

homerpap October 24, 2024
The Superconductive Electronics Group at NIST is developing advanced quantum-based measurement technologies using superconducting materials and Josephson junctions.

Noise Thermometry | NIST

homerpap October 24, 2024
NIST has developed a quantum-based electronic temperature standard using noise thermometry, which measures Johnson noise in resistors to

Flux Quantum Electronics | NIST

homerpap October 24, 2024
The Flux Quantum Electronics (FQE) project at NIST is developing cryogenic superconducting circuits that use quantum-based principles to

David Gundlach | NIST

homerpap October 21, 2024
Dr. David J. Gundlach is the Chief of the Nanoscale Device Characterization Division at NIST, focusing on developing

Quantum technology

homerpap October 16, 2024
The International Electrotechnical Commission (IEC) and International Organization for Standardization (ISO) have established a joint technical committee, IEC/ISO

Eugene Paulechka | NIST

homerpap October 15, 2024
Dr. Eugene Paulechka is a research chemist at NIST in Boulder, CO, focusing on developing accurate methods for

Clocks Galore | NIST

homerpap October 10, 2024
The article discusses various types of atomic clocks and their applications in different fields. Rubidium clocks, which are

Standards Executive Resources | NIST

homerpap October 8, 2024
The article discusses various federal standards-related policies and guidance documents that govern how the U.S. government engages with

Curt A. Richter | NIST

homerpap October 3, 2024
Curt A. Richter is a leading experimental physicist at NIST, focusing on developing measurement science for future nanoelectronics

Aaron Katzenmeyer | NIST

homerpap October 3, 2024
Aaron Katzenmeyer is a senior research scientist at NIST’s Physical Measurement Laboratory, focusing on quantum technologies and nanoscale

NIST Standards Forum | NIST

homerpap October 1, 2024
The NIST Standards Forum, held on September 11, 2024, focused on NIST’s commitment to advancing global standardization through

Optical Frequency Combs | NIST

homerpap September 26, 2024
Optical frequency combs are specialized lasers that act like rulers for light, measuring exact frequencies with extreme precision.

Standards | NIST

homerpap September 25, 2024
The National Institute of Standards and Technology (NIST) has been a key player in developing technical standards for

Ralph A. Richter | NIST

homerpap September 19, 2024
Ralph A. Richter is a highly experienced professional engineer with over 35 years of federal service, specializing in

Bill Newhouse | NIST

homerpap September 18, 2024
Bill Newhouse is a cybersecurity engineer at NIST’s National Cybersecurity Center of Excellence (NCCoE). He leads projects on

Nanomechanical Properties Group | NIST

homerpap September 18, 2024
The Nanomechanical Properties Group at NIST’s Materials Measurement Laboratory focuses on developing measurement science, standards, and technology for

AJ Rasmusson | NIST

homerpap September 9, 2024
Title: NIST Postdoctoral Researcher AJ Rasmusson’s Work on Trapped-Ion Quantum Hardware Summary: AJ Rasmusson, a National Research Council

Cryptography | NIST

homerpap September 4, 2024
NIST has been a leader in cryptography for 50 years, developing standards and guidelines that enable secure data

Quantum Bioimaging | NIST

homerpap September 4, 2024
Title: NIST Develops Quantum Bioimaging Tools Using Entangled Photons The National Institute of Standards and Technology (NIST) has

CHIPS Metrology Community | NIST

homerpap August 28, 2024
The CHIPS Metrology Community, established by CHIPS for America, aims to foster collaboration and knowledge sharing across the

Ion Storage Group | NIST

homerpap August 27, 2024
The Ion Storage Group at NIST conducts groundbreaking research on atomic and molecular ions trapped in electromagnetic fields.

Unit Conversion | NIST

homerpap August 15, 2024
The article discusses unit conversion, a fundamental process in technical documentation and measurement. It outlines the systematic approach

Lindsay Sonderhouse | NIST

homerpap August 6, 2024
Lindsay Sonderhouse is a staff physicist at NIST’s Ion Storage Group, focusing on long-range entanglement between quantum systems

Patents & Licensing | NIST

homerpap August 2, 2024
NIST Technology Partnerships Office (TPO) offers access to NIST patents and published patent applications through their official website.

NIST on a Chip Technology | NIST

homerpap July 11, 2024
Title: NIST Launches NOAC Program for Miniaturized Quantum Standards and Sensors 1. Overview: The National Institute of Standards

Dara Weiss | NIST

homerpap July 10, 2024
Dr. Dara Weiss is a researcher at NIST focusing on advanced semiconductor and sensor technologies. Her work involves

Ion Storage Group Research | NIST

homerpap July 1, 2024
The NIST Ion Storage Group conducts research on various aspects of quantum information and precision measurement using trapped

Tasshi Dennis | NIST

homerpap June 12, 2024
Dr. Tasshi Dennis is a senior scientist at NIST’s Communications Technology Laboratory, where he has been working on

Wenqi Zhu | NIST

homerpap June 6, 2024
Wenqi Zhu is a research scientist at NIST who specializes in quantum computing and nanotechnology. He has a

Standards Activities | NIST

homerpap May 24, 2024
NIST actively participates in various international standards development efforts across multiple domains, including wireless body area networks, immersive

James K. Olthoff | NIST

homerpap May 23, 2024
Dr. James K. Olthoff has been appointed as the first Chief Metrologist at the National Institute of Standards

Martin Sohn | NIST

homerpap May 17, 2024
Dr. Martin Sohn, a physicist at NIST, is leading two major research projects focused on advanced microscopy and

John H. Lehman | NIST

homerpap May 13, 2024
John H. Lehman is a Senior Research Scientist at NIST’s Sources and Detectors Group, focusing on laser power

Marty Stevens | NIST

homerpap May 13, 2024
Dr. Marty Stevens is a leading researcher at NIST-Boulder, focusing on quantum technologies. His work involves developing advanced

Reference Materials | NIST

homerpap May 5, 2024
NIST provides a wide range of reference materials to support accurate and comparable measurements across various industries. These

Standards and Tools | NIST

homerpap May 1, 2024
The article discusses NIST’s role in developing standards and tools for emerging biotechnologies and engineering biology. NIST collaborates

2022 FCMN Presentations | NIST

homerpap April 30, 2024
Here is a summary of the provided article: The article discusses presentations given at the 2022 FCMN (Frequency

FCMN, Publications and Talks | NIST

homerpap April 25, 2024
The FCMN conference series focuses on the latest advancements in semiconductor characterization and metrology. The conference brings together

State Calibration Scope | NIST

homerpap April 17, 2024
Title: NIST Releases State Calibration Scope Summary Document NIST has published a new document titled “State Calibration Scope

Low Pressure Gauges | NIST

homerpap April 16, 2024
Title: NIST Develops Advanced Primary Pressure Measurement Standards NIST has created the most precise primary pressure measurement standards

Thermal Impedance Amplifier | NIST

homerpap April 11, 2024
Title: NIST Develops Thermal Impedance Amplifier for Superconducting Electronics NIST has invented a new superconducting circuit element called

Csilla Szabo-Foster | NIST

homerpap April 2, 2024
Dr. Csilla Szabo-Foster is a physicist at NIST specializing in dosimetry calibration services for medical devices. With over

Photoconductive Switches | NIST

homerpap March 20, 2024
NIST researchers are developing advanced photoconductive switches (PCS) to support high-frequency communications and quantum technologies. The new switches

NIST Develops BB84 Software | NIST

homerpap May 27, 2026
The article outlines NIST’s development of software improvements for the BB84 quantum key distribution protocol, specifically targeting its

1960s | NIST

homerpap May 27, 2026
This article discusses foundational optical research from the 1960s rather than a formal modern quantum computing standard. The

Journal of Research Volume 114 | NIST

homerpap May 27, 2026
This NIST journal report covers initial research rather than formalized quantum computing standards. The only quantum-related finding highlighted

DARPA QuANET Workshop | NIST

homerpap May 19, 2026
DARPA and NIST are hosting a workshop to advance standards for the Quantum-Augmented Networking (QuANET) program, specifically focusing

Agenda | NIST

homerpap April 30, 2026
The article does not detail a specific quantum computing standard or protocol. Instead, it covers a recent NIST

Quantum Science | NIST

homerpap January 13, 2026
NIST is leading the creation of post-quantum encryption standards, with three finalized in 2024, alongside international measurement and

SHIP Research | NIST

homerpap December 31, 2025
The provided article does not discuss a specific quantum computing standard, protocol, or formal standards development process. Instead,

Single-Photon Sources | NIST

homerpap December 17, 2025
NIST researchers are developing a technology to generate single photons on demand using tiny semiconductor structures called quantum

Post-quantum cryptography | NIST

homerpap December 8, 2025
The National Institute of Standards and Technology (NIST) has officially released three new standards designed to protect digital

IETF | IETF 123 Live

homerpap October 28, 2025
At the IETF 123 meeting in Madrid during July 2025, industry experts highlighted the critical need for the

Cybersecurity and Privacy | NIST

homerpap August 29, 2025
The provided article does not detail a specific quantum computing standard but highlights NIST’s ongoing discussions around quantum

Carl A. Miller | NIST

homerpap August 26, 2025
This discussion highlights two quantum security protocols: device-independent quantum random number generation and quantum coin-flipping. These methods use

Scott Glancy | NIST

homerpap August 26, 2025
This article outlines experimental protocols being developed by NIST rather than formalized standards, focusing on secure random number

Thomas Gerrits | NIST

homerpap August 26, 2025
Researchers at the National Institute of Standards and Technology (NIST), working closely with universities and colleges, are developing

Oliver Slattery | NIST

homerpap August 26, 2025
This article highlights ongoing research by NIST’s Quantum Communications and Networking Project rather than a specific finalized standard

Record Speed QKD Set by NIST | NIST

homerpap August 12, 2025
NIST, the U.S. National Institute of Standards and Technology, has successfully demonstrated a record-breaking speed for Quantum Key

Grant Summary – 2016 | NIST

homerpap August 12, 2025
In 2016, the National Institute of Standards and Technology (NIST) awarded grants to support research in quantum standards,

UPconversiondevices | NIST

homerpap August 12, 2025
Researchers at NIST and Stanford University have demonstrated a new quantum detector that converts long-distance fiber-optic signals into

Upconversion SPD Demonstration | NIST

homerpap August 12, 2025
NIST researchers have demonstrated a new detection technique for Quantum Key Distribution (QKD), the leading protocol for ultra-secure

Quantum Research at CTL | NIST

homerpap June 18, 2025
**Quantum Research at NIST’s Communications Technology Laboratory (CTL)** The National Institute of Standards and Technology (NIST) Communications Technology

ISO – 2024 in review

homerpap May 22, 2025
In January 2024, the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC) established a new

What Is Quantum Cryptography? | NIST

homerpap May 19, 2025
NIST is leading the development of standards for quantum cryptography, focusing primarily on Quantum Key Distribution (QKD) alongside

Cybersecurity and Privacy | NIST

homerpap February 6, 2025
NIST is requesting $78.4 million in funding to strengthen the security of the nation’s digital infrastructure and critical

Quantum Research at CTL | NIST

homerpap February 4, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is leading groundbreaking research in quantum

Unity in the Photon Community | NIST

homerpap February 4, 2025
Title: NIST Releases Single-Photon Sources and Detectors Dictionary NIST scientists have developed a comprehensive dictionary of terms related

About CTL | NIST

homerpap January 28, 2025
The National Institute of Standards and Technology Communications Technology Laboratory (NIST CTL) plays a crucial role in advancing

Office of the Director | NIST

homerpap January 21, 2025
The article highlights NIST’s ongoing efforts to develop foundational standards for the emerging quantum industry, working in collaboration

NIST in New York | NIST

homerpap January 17, 2025
This article notes that NIST awarded Stony Brook University $1 million in fiscal year 2023 to establish the

ITL Quantum Information Program | NIST

homerpap January 13, 2025
The NIST ITL Quantum Information Program aims to revolutionize 21st century technology by developing quantum-based computing and communications

Quantum Communications | NIST

homerpap January 13, 2025
NIST’s Communications Technology Laboratory is a key research center for quantum communications, focusing on sensing, computing, and networking.

Melissa Midzor | NIST

homerpap January 8, 2025
Dr. Melissa Midzor has been appointed as the new Director of the Communications Technology Laboratory (CTL) at NIST,

ITL Opportunities | NIST

homerpap December 19, 2024
The National Institute of Standards and Technology (NIST) is seeking qualified candidates for various research and technical positions

Jabir M. V. | NIST

homerpap December 18, 2024
Dr. Jabir Marakkarakath Vadakkepurayil joined NIST in 2018 and has been working on advancing quantum technologies, particularly in

Core Network Technologies | NIST

homerpap December 9, 2024
The article discusses NIST’s efforts to develop and standardize emerging network technologies that will form the backbone of

Dietrich Leibfried | NIST

homerpap November 22, 2024
Dietrich Leibfried is a distinguished physicist and NIST Fellow who has made significant contributions to the field of

Doug Montgomery | NIST

homerpap October 23, 2024
I understand. Please provide the news article text and I will summarize it for you, focusing on the

ETSI – Activity Report QKD

homerpap October 17, 2024
ETSI’s ISG QKD Develops World’s First Protection Profile for Quantum Key Distribution ETSI’s Industry Specification Group (ISG) on

ETSI – QKD

homerpap October 17, 2024
Title: ETSI Standardizes Quantum Key Distribution for Secure Communications The European Telecommunications Standards Institute (ETSI) is developing standards

ETSI – Started/past events

homerpap October 17, 2024
The article discusses several events organized by ETSI (European Telecommunications Standards Institute) in February 2023: 1. The 9th

ETSI – See all our Press releases

homerpap October 17, 2024
The article highlights several recent press releases from ETSI, focusing on new standards and specifications aimed at improving

ETSI – ETSI Security Week 2019

homerpap October 17, 2024
The European Telecommunications Standards Institute (ETSI) highlighted efforts to develop Quantum-Safe Cryptography (QSC) standards during their June 2019

ETSI – Activity Report CYBER

homerpap October 17, 2024
The European Telecommunications Standards Institute (ETSI) is developing guidelines to help industries protect their systems against future quantum

ETSI – Started/past events

homerpap October 17, 2024
ETSI and the Institute for Quantum Computing recently organized the 10th edition of their joint event focused on

ETSI – TC CYBER Roadmap

homerpap October 17, 2024
The European Telecommunications Standards Institute (ETSI) Technical Committee CYBER is actively developing standards to protect digital systems from

Ari Feldman | NIST

homerpap October 3, 2024
Ari Feldman is a senior researcher at the National Institute of Standards and Technology (NIST) who currently leads

Standards | NIST

homerpap September 25, 2024
The National Institute of Standards and Technology (NIST) has been a key player in developing technical standards for

Ralph A. Richter | NIST

homerpap September 19, 2024
Ralph A. Richter is a highly experienced professional engineer with over 35 years of federal service, specializing in

Bill Newhouse | NIST

homerpap September 18, 2024
Bill Newhouse is a cybersecurity engineer at NIST’s National Cybersecurity Center of Excellence (NCCoE). He leads projects on

Cryptography | NIST

homerpap September 4, 2024
NIST has been a leader in cryptography for 50 years, developing standards and guidelines that enable secure data

Lindsay Sonderhouse | NIST

homerpap August 6, 2024
Lindsay Sonderhouse is a staff physicist at NIST’s Ion Storage Group, focusing on long-range entanglement between quantum systems

Michael Frey | NIST

homerpap July 31, 2024
Michael Frey is a researcher who currently leads the Applied and Computational Statistics Group at NIST. He holds

Tasshi Dennis | NIST

homerpap June 12, 2024
Dr. Tasshi Dennis is a senior scientist at NIST’s Communications Technology Laboratory, where he has been working on

2023 Chicago Quantum Summit | NIST

homerpap November 27, 2023
The article discusses the importance of collaboration and standardization in quantum information science (QIS) and related technologies. It

Lawrence T. Hudson | NIST

homerpap November 21, 2023
Dr. Lawrence T. Hudson is a physicist at the National Institute of Standards and Technology (NIST) with a

FIPS General Information | NIST

homerpap October 3, 2023
The National Institute of Standards and Technology (NIST) develops Federal Information Processing Standards (FIPS) publications to establish guidelines

Wireless QKD Demonstrated | NIST

homerpap September 29, 2023
NIST Demonstrates Fastest Quantum Key Distribution System The National Institute of Standards and Technology (NIST) has demonstrated the

Cybersecurity and Privacy | NIST

homerpap September 26, 2023
The article discusses four different talks related to cybersecurity and emerging technologies, all hosted by NIST (National Institute

MPTS2023 | NIST

homerpap September 5, 2023
NIST is organizing a workshop on Multi-Party Threshold Schemes (MPTS) 2023 to gather public feedback on the process

Events | NIST

homerpap May 25, 2023
The NIST Technical Language Processing (TLP) workshop agenda focuses on leveraging maintenance work order (MWO) data to improve

Photonic Sensors | NIST

homerpap May 24, 2023
NIST researchers have created a chip-based device that measures temperature changes caused by radiation absorption in silicon. This

Krister Shalm | NIST

homerpap May 23, 2023
Krister Shalm is a quantum physicist specializing in studying the quantum properties of light to develop new quantum

Applied Physics Division | NIST

homerpap May 8, 2023
The National Institute of Standards and Technology (NIST) has established an Applied Physics Division to advance measurement science

Chin-wen Chou | NIST

homerpap April 28, 2023
Chin-wen (James) Chou is a staff scientist at NIST and lecturer at CU Boulder, specializing in quantum information

Poolad Imany | NIST

homerpap April 17, 2023
Poolad Imany is a quantum computing researcher and entrepreneur based in Boulder, Colorado. He is the founder and

Alan Migdall | NIST

homerpap April 17, 2023
Alan Migdall, a researcher at the National Institute of Standards and Technology (NIST), has dedicated over three decades

Quantum Optics Group | NIST

homerpap December 20, 2022
The National Institute of Standards and Technology (NIST) Quantum Optics Group is researching new methods using quantum optics

Anouar Rahmouni | NIST

homerpap December 9, 2022
Anouar Rahmouni, a physicist with expertise in quantum communications, has joined NIST’s Information Technology Laboratory. His research focuses

Scott Glancy | NIST

homerpap December 8, 2022
Scott Glancy is a physicist and researcher at the National Institute of Standards and Technology (NIST) who has

Xiao Tang | NIST

homerpap December 8, 2022
Dr. Xiao Tang is a leading figure in quantum communications research at NIST, with over 30 years of

Lijun Ma | NIST

homerpap December 8, 2022
Dr. Lijun Ma is a prominent scientist specializing in quantum communication and network technologies. He received his degrees

Carl A. Miller | NIST

homerpap December 8, 2022
Dr. Carl A. Miller is a mathematician and quantum cryptography expert at NIST, where he has worked since

Yi-Kai Liu | NIST

homerpap December 8, 2022
Yi-Kai Liu is a quantum computing researcher at NIST with expertise in quantum cryptography, machine learning, and quantum

Alessandro Restelli | NIST

homerpap December 8, 2022
Dr. Alessandro Restelli is a Guest Researcher at NIST’s Quantum Measurement Division, focusing on developing advanced single photon

Paulina Kuo | NIST

homerpap December 8, 2022
Dr. Paulina Kuo is a quantum physicist at the National Institute of Standards and Technology (NIST) in the

Alan Mink | NIST

homerpap December 8, 2022
Dr. Alan Mink, an electronic engineer at NIST, has extensive experience in various fields including computer architecture, networking,

Applications of Quantum Networks | NIST

homerpap August 24, 2022
NIST researchers are developing a portfolio of quantum network applications, including secure communication and distributed quantum sensing. Quantum

Steering Committee | NIST

homerpap June 21, 2022
The article introduces a group of experts who have been appointed to a steering committee at NIST. The

Quantum Science | NIST

homerpap June 14, 2022
The National Institute of Standards and Technology (NIST) has a speakers bureau that presents various talks on quantum

Quantum Optical Networks | NIST

homerpap May 6, 2022
NIST Develops Quantum Optical Network Standards The National Institute of Standards and Technology (NIST) is working on new

Quantum Networks at NIST | NIST

homerpap April 12, 2022
NIST is researching quantum networks to support emerging quantum technologies. Quantum networks use qubits that can exist in

Network Function | NIST

homerpap April 12, 2022
NIST is developing a quantum network testbed called the Platform for Quantum Network Innovation to manage and control

Quantum Network Metrology | NIST

homerpap April 12, 2022
NIST is developing comprehensive metrology standards for quantum network components and systems to ensure compatibility and interoperability as

Technical Details | NIST

homerpap April 11, 2022
Title: NIST Leads High-Assurance Domains Project to Enhance DNS Security The National Institute of Standards and Technology (NIST)

Computer Security Division | NIST

homerpap April 11, 2022
The Computer Security Division (CSD) at NIST focuses on developing cybersecurity standards and guidelines to protect federal information

High Assurance Domains | NIST

homerpap April 5, 2022
NIST is working on the High Assurance Domains (HAD) project to improve the security and reliability of critical

Cryptographic Technology | NIST

homerpap January 24, 2022
The National Institute of Standards and Technology (NIST) has established a Cryptographic Technology (CT) Group to develop guidelines

Post-Quantum Cryptography | NIST

homerpap January 24, 2022
Title: NIST’s Post-Quantum Cryptography Initiative 1. Overview: The National Institute of Standards and Technology (NIST) is leading a

Quantum Information Networks | NIST

homerpap January 20, 2022
The article discusses NIST’s research in quantum information science, focusing on quantum communications and their potential applications. Quantum

NIST Quantum Cryptography | NIST

homerpap January 20, 2022
NIST researchers have developed a new quantum key distribution (QKD) system capable of generating secure encryption keys at

Posters | NIST

homerpap June 24, 2021
This article presents a collection of research papers and developments in various areas of optical metrology and radiometry,

Nanostructure Modeling | NIST

homerpap June 2, 2021
Title: NIST Develops Parallelized Nanostructure Modeling Code for Quantum Computing Applications Summary: The National Institute of Standards and

earlyphases | NIST

homerpap June 2, 2021
NIST’s Quantum Information Network (QuIN) testbed project has progressed through several key phases, with notable achievements in each:

NIST CAVP | NIST

homerpap April 23, 2021
Title: NIST CAVP: A Guideline and Tool for Cryptographic Validation The National Institute of Standards and Technology (NIST)

Standards education | NIST

homerpap April 1, 2021
The article discusses the importance of standards education for government agencies, particularly in the context of quantum computing

Quantum Light Sources | NIST

homerpap July 1, 2020
NIST researchers are developing a new type of quantum light source using semiconductor quantum dots (QDs) that can

Time and frequency | NIST

homerpap June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

1960s | NIST

homerpap May 27, 2026
This article discusses foundational optical research from the 1960s rather than a formal modern quantum computing standard. The

NACTI Agenda | NIST

homerpap May 27, 2026
This article does not discuss any specific quantum computing standard or protocol. Instead, it outlines the agenda for

Correlated photon radiometry | NIST

homerpap May 27, 2026
NIST is developing a calibration protocol known as correlated photon radiometry to establish highly accurate measurement standards for

Journal of Research Volume 114 | NIST

homerpap May 27, 2026
This NIST journal report covers initial research rather than formalized quantum computing standards. The only quantum-related finding highlighted

NACTI Organization | NIST

homerpap May 27, 2026
The provided article does not discuss a specific quantum computing standard or protocol. Instead, it outlines the organizing

Agenda | NIST

homerpap April 30, 2026
The article does not detail a specific quantum computing standard or protocol. Instead, it covers a recent NIST

Quantum Nanoelectronics Group | NIST

homerpap April 9, 2026
The National Institute of Standards and Technology (NIST), through its Quantum Nanoelectronics Group, is actively developing foundational measurement

Large Millimeter Telescope | NIST

homerpap February 6, 2026
This article does not discuss a formal quantum computing standard or protocol. Instead, it highlights TolTEC, a new

VCAT Member Biographies | NIST

homerpap January 20, 2026
This document introduces the members of the NIST Virtual Advisory Committee on Technology (VCAT), a group currently serving

SHIP Research | NIST

homerpap December 31, 2025
The provided article does not discuss a specific quantum computing standard, protocol, or formal standards development process. Instead,

Background: How NIST-F2 Works | NIST

homerpap December 22, 2025
The article explains how NIST’s F2 atomic clock establishes the official international standard for measuring time: the second.

Single-Photon Sources | NIST

homerpap December 17, 2025
NIST researchers are developing a technology to generate single photons on demand using tiny semiconductor structures called quantum

NIS Thermometer | NIST

homerpap December 5, 2025
NIST is developing a new measurement standard known as the NIS thermometer, which provides highly accurate data for

FLOC Pressure Sensor | NIST

homerpap December 5, 2025
NIST scientists, in collaboration with industry partners, have validated a new pressure measurement standard called the Fixed Length

Photonic Thermometry | NIST

homerpap December 5, 2025
This article does not discuss a quantum computing standard or protocol. Instead, it details NIST’s development of photonic

Any-Wavelength Laser | NIST

homerpap November 18, 2025
NIST, in partnership with Octave Photonics, is developing a compact “any-wavelength” laser that could serve as a foundational

Any-Wavelength Laser | NIST

homerpap September 30, 2025
NIST researchers, in collaboration with Octave Photonics, are developing a new “any-wavelength” laser technology rather than a formal

Quantum Locking Ranges | NIST

homerpap September 17, 2025
NIST has detailed the requirements for Quantum Locking Ranges (QLR), a standard for Josephson junction devices used in

Nanophotonics Laboratory | NIST

homerpap September 8, 2025
NIST researchers are developing specialized measurement tools to help establish standards for nanoscale optical components used in quantum

Topological Insulators | NIST

homerpap September 2, 2025
NIST researchers are developing new quantum standards using a special class of materials called topological insulators, which conduct

Graphene | NIST

homerpap September 2, 2025
This article does not outline a formal quantum computing standard or protocol. Instead, it reports on foundational research

Scanning Probe Metrology | NIST

homerpap September 2, 2025
NIST is developing specialized scanning probe metrology protocols to measure how electrons behave at the atomic scale. Rather

Cybersecurity and Privacy | NIST

homerpap August 29, 2025
The provided article does not detail a specific quantum computing standard but highlights NIST’s ongoing discussions around quantum

ROI Green Paper FAQs | NIST

homerpap August 27, 2025
This article does not discuss quantum computing standards, technical protocols, or implementation frameworks. Instead, it summarizes a NIST

Victor V. Albert | NIST

homerpap August 26, 2025
This presentation outlines the quantum research ecosystem at the University of Maryland College Park, which includes seven institutes

Justyna Zwolak | NIST

homerpap August 26, 2025
Researchers at the National Institute of Standards and Technology (NIST) have developed an automated calibration protocol for semiconductor-based

Scott Glancy | NIST

homerpap August 26, 2025
This article outlines experimental protocols being developed by NIST rather than formalized standards, focusing on secure random number

Oliver Slattery | NIST

homerpap August 26, 2025
This article highlights ongoing research by NIST’s Quantum Communications and Networking Project rather than a specific finalized standard

JILA Expansion | NIST

homerpap August 13, 2025
The provided article does not discuss quantum computing standards or protocols. Instead, it outlines a proposed expansion of

Grant Summary – 2016 | NIST

homerpap August 12, 2025
In 2016, the National Institute of Standards and Technology (NIST) awarded grants to support research in quantum standards,

UPconversiondevices | NIST

homerpap August 12, 2025
Researchers at NIST and Stanford University have demonstrated a new quantum detector that converts long-distance fiber-optic signals into

Upconversion SPD Demonstration | NIST

homerpap August 12, 2025
NIST researchers have demonstrated a new detection technique for Quantum Key Distribution (QKD), the leading protocol for ultra-secure

Theory: Designing the Nanoworld | NIST

homerpap August 7, 2025
Rather than drafting a formal quantum computing standard, NIST is developing foundational theoretical models that predict how atomic-scale

How Was the Universe Born? | NIST

homerpap July 23, 2025
This article does not cover quantum computing standards, as it focuses instead on NIST’s development of ultra-sensitive detectors

Pressure | NIST

homerpap July 18, 2025
NIST scientists have developed a new pressure measurement instrument called the Fixed Length Optical Cavity (FLOC), which operates

Karen Grutter | NIST

homerpap July 13, 2025
The provided text is a researcher profile rather than a report on quantum computing standards. It introduces Karen

Finding Oil and Gas — and More | NIST

homerpap July 2, 2025
**Quantum Standard/Protocol:** Chip-scale atomic clocks **Organizations Involved:** NIST, military funding **Current Status:** Implemented for seismic research and oil/gas

Laurie E. Locascio | NIST

homerpap June 27, 2025
**Summary of Laurie E. Locascio’s Background and NIST Leadership** Dr. Laurie Locascio is the current Under Secretary of

Jeff Shainline | NIST

homerpap June 27, 2025
**Research Focus:** Dr. Jeff Shainline’s work at NIST combines semiconductors, superconductors, and photonics to develop innovative hardware for

Jennifer Black | NIST

homerpap June 27, 2025
This article profiles Jennifer Black, a physicist at the National Institute of Standards and Technology (NIST) who works

Brenton Knuffman | NIST

homerpap June 27, 2025
The provided article does not address quantum computing standards, protocols, or related standardization efforts. Instead, it outlines Brenton

Adam Steele | NIST

homerpap June 27, 2025
The provided article does not cover quantum computing standards, protocols, or related technical developments. Instead, it outlines the

How to Work With Us | NIST

homerpap June 24, 2025
The National Institute of Standards and Technology (NIST) is currently seeking researchers to work on developing best practices

Photonic Calorimeter | NIST

homerpap June 20, 2025
**Photonic Calorimeter: A Breakthrough in Radiation Measurement** The National Institute of Standards and Technology (NIST) has developed a

Quantum Research at CTL | NIST

homerpap June 18, 2025
**Quantum Research at NIST’s Communications Technology Laboratory (CTL)** The National Institute of Standards and Technology (NIST) Communications Technology

Vacuum | NIST

homerpap May 29, 2025
**Quantum-Based Vacuum Gauge: Cold Atom Vacuum System** The National Institute of Standards and Technology (NIST) has developed a

CTL Roadmaps | NIST

homerpap May 23, 2025
**Quantum Communications Standard: NIST CTL Roadmaps** The National Institute of Standards and Technology (NIST) is developing a series

ISO – 2024 in review

homerpap May 22, 2025
In January 2024, the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC) established a new

What Is Quantum Cryptography? | NIST

homerpap May 19, 2025
NIST is leading the development of standards for quantum cryptography, focusing primarily on Quantum Key Distribution (QKD) alongside

100 Years of Quantum Research | NIST

homerpap April 24, 2025
This article from NIST highlights 100 years of groundbreaking research in quantum mechanics, showcasing key discoveries and experiments

New High Field Dry Magnets | NIST

homerpap April 21, 2025
NCNR, a research facility, is getting two new cryogen-free superconducting magnets. These magnets are easier to operate and

Mapping the Earth | NIST

homerpap April 17, 2025
This article discusses how advances in atomic clock technology could revolutionize the field of geodesy, which is the

CTL Roadmapping | NIST

homerpap April 15, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is developing strategic roadmaps to guide

Neuromorphic systems | NIST

homerpap April 10, 2025
This article discusses NIST’s work on neuromorphic systems, which are designed to mimic the brain’s structure and function.

Clocks Galore | NIST

homerpap April 8, 2025
This article explores different types of atomic clocks and their uses, focusing on rubidium, hydrogen maser, and emerging

Krister Shalm | NIST

homerpap April 7, 2025
Krister Shalm is a quantum physicist who has been working at NIST since 2012. His research focuses on

Digital transformation hub

homerpap March 27, 2025
This article summarizes the IEC Digital Transformation Programme, which focuses on general digital standards rather than specific quantum

Memory | NIST

homerpap March 26, 2025
This article discusses research by NIST into quantum memory, a key component for quantum information systems. The goal

Krister Shalm | NIST

homerpap March 21, 2025
Krister Shalm is a quantum physicist who works at the National Institute of Standards and Technology (NIST). Since

Quantum-based Measurements | NIST

homerpap March 13, 2025
This article from NIST discusses the development of quantum-based measurement systems that could redefine how we measure time,

Dr. S. Shyam Sunder | NIST

homerpap March 4, 2025
Dr. S. Shyam Sunder is the Acting Associate Director of Laboratory Programs at NIST, where he oversees the

Liquid Flow Standards | NIST

homerpap February 18, 2025
Title: NIST Develops Advanced Liquid Flow Standard for Precision Measurements The National Institute of Standards and Technology (NIST)

Anyone for Anyons? | NIST

homerpap February 12, 2025
Researchers have demonstrated that anyons, a type of quantum particle previously thought to exist only in two dimensions,

Spectroradiometry of sources | NIST

homerpap February 10, 2025
NIST maintains facilities and calibration standards for spectral radiance and irradiance at their Facility for Spectroradiometric Calibrations (FASCAL)

Richard M. Silver | NIST

homerpap February 7, 2025
Richard M. Silver, an experimental physicist at NIST, is leading groundbreaking research in atomically precise device fabrication and

James A. St Pierre | NIST

homerpap February 7, 2025
James A. St. Pierre is the Deputy Director of the Information Technology Laboratory (ITL) at NIST, overseeing a

Joshua M. Pomeroy | NIST

homerpap February 7, 2025
Joshua M. Pomeroy is an experimental physicist at NIST working on quantum information transfer between hybrid systems, specifically

Jonathan Wyrick | NIST

homerpap February 7, 2025
Jonathan Wyrick, an experimental physicist at NIST, is leading research to develop artificial structures and devices at the

Pradeep Namboodiri | NIST

homerpap February 7, 2025
Dr. Pradeep Namboodiri is a senior experimental physicist at the National Institute of Standards and Technology (NIST) with

Michael Stewart | NIST

homerpap February 7, 2025
Dr. Michael Stewart, an experimental physicist at NIST, is leading research to develop a new standard for measuring

Garnett W. Bryant | NIST

homerpap February 7, 2025
Garnett W. Bryant is a leading condensed matter physicist at NIST, focusing on atomic-scale quantum devices. His research

Julia Scherschligt | NIST

homerpap February 6, 2025
Dr. Julia Scherschligt is a leading expert in metrology and instrument science at the National Institute of Standards

Exploratory Measurement Science | NIST

homerpap February 6, 2025
NIST seeks $58.7 million to fund exploratory measurement science research, focusing on high-risk, potentially transformative projects. The funding

Metrology | NIST

homerpap February 5, 2025
NIST, the National Institute of Standards and Technology, plays a crucial role in metrology – the science of

CTL 2025 SURF Program | NIST

homerpap February 5, 2025
The National Institute of Standards and Technology (NIST) is offering a Summer Undergraduate Research Fellowship (SURF) program in

Angela R. Hight Walker | NIST

homerpap February 5, 2025
Dr. Angela R. Hight Walker is a distinguished scientist at NIST known for her pioneering work in optical

IASG Members | NIST

homerpap February 5, 2025
The International Atomic Spectroscopists’ Group (IASG) is a global organization with members from nine institutions across the world.

Imaging the Elusive Skyrmion | NIST

homerpap February 4, 2025
Scientists at NIST have used neutron imaging and reconstruction algorithms to visualize 3D skyrmion structures in bulk materials

Just for KICS! | NIST

homerpap February 4, 2025
Researchers at NIST have developed a new system to read out measurements from single-photon detectors using kinetic inductance

Quantum Research at CTL | NIST

homerpap February 4, 2025
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is leading groundbreaking research in quantum

About PML | NIST

homerpap February 4, 2025
The Physical Measurement Laboratory (PML) at NIST is responsible for setting the definitive U.S. standards for various measurements,

Unity in the Photon Community | NIST

homerpap February 4, 2025
Title: NIST Releases Single-Photon Sources and Detectors Dictionary NIST scientists have developed a comprehensive dictionary of terms related

Photons by the Numbers | NIST

homerpap February 3, 2025
NIST researchers are developing a new method to generate and count specific numbers of photons with high accuracy,

Taming the Qubit | NIST

homerpap February 3, 2025
NIST scientists have made significant progress in controlling quantum bits (qubits) for quantum computing. They demonstrated a logic

Four PML Scientists Honored | NIST

homerpap February 3, 2025
Four scientists from NIST’s Physical Measurement Laboratory have recently received prestigious awards and honors for their groundbreaking work

Jun Ye: A Timely Profile | NIST

homerpap February 3, 2025
Jun Ye, a physicist at NIST/JILA, has developed the world’s most precise atomic clock, which would neither gain

CHO and Tell | NIST

homerpap February 3, 2025
I’m happy to summarize the article, but I don’t see the actual article text you want me to

First, Fast, and Faster | NIST

homerpap February 3, 2025
Scientists at NIST’s Physical Measurement Laboratory have developed a new method to create superluminal light pulses using four-wave

Ninety-Six Earn NIST Awards | NIST

homerpap February 3, 2025
NIST Announces 96 Employee Awards in December 2004 The National Institute of Standards and Technology (NIST) recognized 96

Uncrunching the Frequency Spectrum | NIST

homerpap February 3, 2025
The National Institute of Standards and Technology (NIST) is developing new quantum-accurate standards for high-frequency wireless communication, addressing

Cornell Wins NSF Award | NIST

homerpap February 3, 2025
Eric A. Cornell, a physicist at NIST and adjunct professor at the University of Colorado, has been awarded

Universe in the Balance | NIST

homerpap February 3, 2025
Researchers at NIST have developed a method to link quartz crystal microbalance (QCM) measurements to the SI unit

Time and frequency | NIST

June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

NACTI Agenda | NIST

May 27, 2026
This article does not discuss any specific quantum computing standard or protocol. Instead, it outlines the agenda for

NACTI Organization | NIST

May 27, 2026
The provided article does not discuss a specific quantum computing standard or protocol. Instead, it outlines the organizing
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NIST Develops BB84 Software | NIST

May 27, 2026
The article outlines NIST’s development of software improvements for the BB84 quantum key distribution protocol, specifically targeting its

1960s | NIST

May 27, 2026
This article discusses foundational optical research from the 1960s rather than a formal modern quantum computing standard. The

Journal of Research Volume 114 | NIST

May 27, 2026
This NIST journal report covers initial research rather than formalized quantum computing standards. The only quantum-related finding highlighted

DARPA QuANET Workshop | NIST

May 19, 2026
DARPA and NIST are hosting a workshop to advance standards for the Quantum-Augmented Networking (QuANET) program, specifically focusing
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Time and frequency | NIST

June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

1960s | NIST

May 27, 2026
This article discusses foundational optical research from the 1960s rather than a formal modern quantum computing standard. The
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Time and frequency | NIST

June 2, 2026
Researchers at the National Institute of Standards and Technology (NIST), in coordination with the U.S. Naval Observatory and

Correlated photon radiometry | NIST

May 27, 2026
NIST is developing a calibration protocol known as correlated photon radiometry to establish highly accurate measurement standards for

Journal of Research Volume 114 | NIST

May 27, 2026
This NIST journal report covers initial research rather than formalized quantum computing standards. The only quantum-related finding highlighted
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