Manufacturing
Manufacturing
Jun 30, 2016
nist.gov
Get a sneak peek inside the NIST Living Measurement Systems Foundry (nicknamed the Biofoundry). This automated, cool tool grows, tests and measures engineered microbes. Read more about the Biofoundry with this brief project background: https://www.nist.gov/programs-projects/nist-living-measurement-systems-foundry | National Institute of Standards and Technology (NIST)
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Get a sneak peek inside the NIST Living Measurement Systems Foundry (nicknamed the Biofoundry). This automated, cool tool grows, tests and measures engineered microbes. Read more about the Biofoundry with this brief project background: https://www.nist.gov/programs-projects/nist-living-measurement-systems-foundry | National Institute of Standards and Technology (NIST)
3.3K viewsJun 12, 2019
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NIST scientists in Boulder, Colorado, are making tiny crystals for tomorrow’s technologies. See what they are up to: https://www.nist.gov/video/crystal-growth-lab | National Institute of Standards and Technology (NIST)
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NIST scientists in Boulder, Colorado, are making tiny crystals for tomorrow’s technologies. See what they are up to: https://www.nist.gov/video/crystal-growth-lab | National Institute of Standards and Technology (NIST)
1.4K viewsOct 2, 2019
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What is the NIST Cybersecurity Framework? | IBM
What is the NIST Cybersecurity Framework? | IBM
Oct 14, 2021
ibm.com
We go with the flow at NIST – the very, very small flow. Researchers in the optofluidics lab shown here can measure nano- and micro-scale flows of liquids more accurately and at shorter time increments than anywhere else in the world. These flows can be extremely slow – around 1 nanoliter per minute. At this rate it would take a can of soda almost a century to drain through a hole the size of a human hair! The researchers can measure these tiny flows with miniscule uncertainty using a NIST paten
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We go with the flow at NIST – the very, very small flow. Researchers in the optofluidics lab shown here can measure nano- and micro-scale flows of liquids more accurately and at shorter time increments than anywhere else in the world. These flows can be extremely slow – around 1 nanoliter per minute. At this rate it would take a can of soda almost a century to drain through a hole the size of a human hair! The researchers can measure these tiny flows with miniscule uncertainty using a NIST paten
3.8K views9 months ago
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A team including researchers at NIST has overcome a key obstacle to measuring gas pressure with a novel method – using beams of light traversing through a gas. Ultimately, this may enable industry to establish their own optical pressure scales that are directly traceable to the fundamental constants of nature, saving both cost and time by eliminating the need to send pressure-measuring devices to NIST for calibration. Precisely measuring pressure is essential to dozens of industrial applications
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A team including researchers at NIST has overcome a key obstacle to measuring gas pressure with a novel method – using beams of light traversing through a gas. Ultimately, this may enable industry to establish their own optical pressure scales that are directly traceable to the fundamental constants of nature, saving both cost and time by eliminating the need to send pressure-measuring devices to NIST for calibration. Precisely measuring pressure is essential to dozens of industrial applications
3.3K views9 months ago
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Learn about NIST's National Fire Research Laboratory (NFRL), which allows researchers to study how entire office buildings, hospitals and bridges react to fire under controlled laboratory conditions. The nearly 2,000 square meter (21,400 square feet) facility provides a way to greatly strengthen the scientific basis for improved fire protection standards and innovations in building materials and design. | National Institute of Standards and Technology (NIST)
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Learn about NIST's National Fire Research Laboratory (NFRL), which allows researchers to study how entire office buildings, hospitals and bridges react to fire under controlled laboratory conditions. The nearly 2,000 square meter (21,400 square feet) facility provides a way to greatly strengthen the scientific basis for improved fire protection standards and innovations in building materials and design. | National Institute of Standards and Technology (NIST)
2K viewsMay 26, 2017
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As the semiconductor industry continues to miniaturize chip components—essential for computers, implantable drug dispensers, cell phones, and other devices—the demand for ever-more detailed information from Scanning Electron Microscope (SEM) images has grown. Although the exquisite, atomic-scale resolution of an SEM can’t be improved, researchers at NIST have begun a multi-year study to reduce uncertainties in the measurements inferred from SEM images. To do so, NIST physicist John Villarrubia a
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As the semiconductor industry continues to miniaturize chip components—essential for computers, implantable drug dispensers, cell phones, and other devices—the demand for ever-more detailed information from Scanning Electron Microscope (SEM) images has grown. Although the exquisite, atomic-scale resolution of an SEM can’t be improved, researchers at NIST have begun a multi-year study to reduce uncertainties in the measurements inferred from SEM images. To do so, NIST physicist John Villarrubia a
404.1K views11 months ago
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Multiple disciplines collide at NIST through the pioneering research and industry collaborations happening every day. That’s innovation in action. | National Institute of Standards and Technology (NIST)
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Multiple disciplines collide at NIST through the pioneering research and industry collaborations happening every day. That’s innovation in action. | National Institute of Standards and Technology (NIST)
11.2K viewsApr 25, 2019
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NIST-F4 isn’t just a clock — it’s the culmination of decades of scientific ingenuity, engineering breakthroughs, and an unwavering pursuit of precision. In this video, we explore the creation of NIST-F4, the United States’ latest primary frequency standard, and how it redefines what it means to measure time with atomic accuracy. From unexpected flaws to groundbreaking redesigns, this is the story of how one of the most precise timekeeping instruments ever built came to be — and why it’s crucial
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NIST-F4 isn’t just a clock — it’s the culmination of decades of scientific ingenuity, engineering breakthroughs, and an unwavering pursuit of precision. In this video, we explore the creation of NIST-F4, the United States’ latest primary frequency standard, and how it redefines what it means to measure time with atomic accuracy. From unexpected flaws to groundbreaking redesigns, this is the story of how one of the most precise timekeeping instruments ever built came to be — and why it’s crucial
2.6K views10 months ago
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NIST Standard Reference Materials (SRMs) for Forensic Measurements and Analysis
NIST Standard Reference Materials (SRMs) for Forensic Measurements and Analysis
Dec 31, 2004
aafs.org
Step inside this REALM that’s full of measurement possibilities. This room is called the Robotically Enhanced Antenna Laboratory for Metrology, aka REALM. Here, NIST researchers use NIST-pioneered robotic antenna measurement systems called the Large Antenna Positioning Systems (LAPS) and the Configurable Robotic MilliMeter-wave Antenna (CROMMA) that essentially are really accurate radio-frequency holographic cameras for doing antenna measurements. The lab is based at our campus in Boulder, Color
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Step inside this REALM that’s full of measurement possibilities. This room is called the Robotically Enhanced Antenna Laboratory for Metrology, aka REALM. Here, NIST researchers use NIST-pioneered robotic antenna measurement systems called the Large Antenna Positioning Systems (LAPS) and the Configurable Robotic MilliMeter-wave Antenna (CROMMA) that essentially are really accurate radio-frequency holographic cameras for doing antenna measurements. The lab is based at our campus in Boulder, Color
2.3K viewsSep 15, 2024
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NIST Unveils Cutting-Edge Atomic Clock for Precise Timekeeping
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NIST Unveils Cutting-Edge Atomic Clock for Precise Timekeeping
10 months ago
MSNMorning Rush - Video
Look inside a lab! Today, we’re stepping into a special space for national metrology institutes around the world. The NIST-4 Kibble balance provides the definition of mass for the United States. It’s basing its measurements on the Planck constant that was given a fixed value as part of the redefinition of the kilogram in 2019. But not every country around the world can afford to house that kind of massive instrument. That’s why we have a shrunken version, which our researchers are working to mak
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Look inside a lab! Today, we’re stepping into a special space for national metrology institutes around the world. The NIST-4 Kibble balance provides the definition of mass for the United States. It’s basing its measurements on the Planck constant that was given a fixed value as part of the redefinition of the kilogram in 2019. But not every country around the world can afford to house that kind of massive instrument. That’s why we have a shrunken version, which our researchers are working to mak
16.4K viewsAug 11, 2023
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We can make time go faster (kind of). Here's how: The Integrating Sphere-based Weathering Device, also known as SPHERE, is designed to simulate real-world environmental conditions to test the durability of materials. In this video, you can see guest researcher Leo Hsu adding a sample to a chamber within the SPHERE. By exposing samples to controlled levels of UV radiation, temperature, humidity, and mechanical stress, this device helps researchers assess how materials will perform over time. It’s
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We can make time go faster (kind of). Here's how: The Integrating Sphere-based Weathering Device, also known as SPHERE, is designed to simulate real-world environmental conditions to test the durability of materials. In this video, you can see guest researcher Leo Hsu adding a sample to a chamber within the SPHERE. By exposing samples to controlled levels of UV radiation, temperature, humidity, and mechanical stress, this device helps researchers assess how materials will perform over time. It’s
97.7K viewsMar 19, 2025
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Hush! Take a step into one of the best laboratories in the world for minimizing mechanical vibrations and electromagnetic fields. The lab is a controlled environment deep underground, in which our researchers make 3D nanoscale measurements using a scanning electron microscope (SEM) to study the small things, such as the fine features of semiconductor chips or nanoparticles. The SEM is housed inside a cleanroom space, which allows us to avoid contamination of our samples by the environment. The i
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Hush! Take a step into one of the best laboratories in the world for minimizing mechanical vibrations and electromagnetic fields. The lab is a controlled environment deep underground, in which our researchers make 3D nanoscale measurements using a scanning electron microscope (SEM) to study the small things, such as the fine features of semiconductor chips or nanoparticles. The SEM is housed inside a cleanroom space, which allows us to avoid contamination of our samples by the environment. The i
55.2K views10 months ago
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MSN
3:32
MSN
Oct 4, 2024
MSNKMGH Denver, CO
Building For Tomorrow - Building a Unified Federal State Framework for Community Resilience
1:13:37
Building For Tomorrow - Building a Unified Federal State Framework for Community Resilience
8 views1 month ago
YouTubeNational Institute of Building Sciences
Fire Investigation
6:58
Fire Investigation
115.4K viewsAug 22, 2017
YouTubeFire Safety Research Institute
PFD / NIST Research Burn
5:35
PFD / NIST Research Burn
98.3K viewsAug 14, 2009
YouTubephxfd
Office of Science and Engineering Laboratories
Office of Science and Engineering Laboratories
Apr 26, 2019
fda.gov
NIST Illustrated
2:16
NIST Illustrated
81K viewsOct 10, 2014
YouTubeNational Institute of Standards and Technology
NIST Flashover.mpg
4:10
NIST Flashover.mpg
191.1K viewsMay 4, 2010
YouTubeAKFireTraining
Chemistry Lab Safety
6:44
Chemistry Lab Safety
309.3K viewsAug 18, 2015
YouTubePBStateCollege
Experimenting with Danger
24:05
Experimenting with Danger
528.4K viewsOct 21, 2011
YouTubeUSCSB
The NIST Cybersecurity Framework summary
4:19
The NIST Cybersecurity Framework summary
101.4K viewsJul 26, 2019
YouTubeKyber Security
„General Laboratory Safety" - Safety instructions
40:13
„General Laboratory Safety" - Safety instructions
75.1K viewsFeb 27, 2015
YouTubeChristian-Albrechts-Universität zu Kiel
The NIST Cybersecurity Framework 4 Step Guide
26:48
The NIST Cybersecurity Framework 4 Step Guide
24.3K viewsJul 26, 2019
YouTubeKyber Security
Introduction to Lab Equipment - SMU Chemistry
20:09
Introduction to Lab Equipment - SMU Chemistry
4.8K viewsMay 16, 2020
YouTubeGen Chem Lab at SMU
Virtual Session: NIST Cybersecurity Framework Explained
59:32
Virtual Session: NIST Cybersecurity Framework Explained
150.2K viewsNov 30, 2018
YouTubeRSA Conference
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