Metrology
M. King/NIST
NIST researcher Jack Glover holds a test object for millimeter-wave imaging systems—scanners that are used to check passengers in many airport security lines.
Traditional styles of lecturing and imparting information can be ineffective in terms of student engagement and triggering deeper learning. This is especially challenging in certain subjects that are difficult to teach in a classroom anyway, and for those who process information differently.…
All manufacturing companies must manage an ever-growing mountain of priceless inspection data. Yet measurement results, process iterations, and approval reports are scattered across hard drives and USB sticks. We live in a digital world that advances daily, yet obtaining, accessing, sharing, and…
Choosing the correct instrument for surface texture measurement can be confusing, given the wide range of options. Stylus-based instruments are the most prevalent in manufacturing. Yet, measuring a surface with a sharp stylus can seem old-fashioned when so many noncontact optical techniques are…
When we set out to film Episode 2, we faced a fundamental challenge: How do you make people care about errors they can’t see?
(See all the episodes here.)
Error propagation is critical to metrology, the science of measurement, but it’s abstract. These are mistakes measured in tiny…
In Episode 1 of The Quality Digest Roadshow, we talked about metrology standards and how those standards and traceability are the glue that holds industry together. While measurement standards are critical, they’re useless without the equipment, processes, and people that use the tools that…
In the evenings, after patients have left for the day, our research team visits the radiation oncology offices at the University of Colorado Anschutz Medical Campus to talk to medical physicists about how our research can help cancer patients. We also run experiments in their radiation suites.…
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