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As a summer high school intern at NIST, I got to take a deep dive into one of the ways scientists study space — the absorption and emission of light by matter, known as spectroscopy.
I learned as a young adult not to get attached to material things; they can be gone in an instant. But there were some things I knew no one could take — an education and my love of science.
Remember the social media controversy over the color of a dress? That’s a lighthearted example of how illumination can affect the things we see, but this is serious science.
On his 400th birthday, we celebrate the scientist whose name is the unit of measurement for air, bike and car tire pressure. You should read it. No pressure.
NIST’s research can range from the complex to the downright whimsical, but all the papers published here can trace back to a benefit for everyone in the U.S.
Ahead of World Quantum Day this week, we asked Andrew Wilson, who leads NIST’s Quantum Physics Division, to explain just what exactly quantum science is and why it matters.
As we approach the end of 2022, we wanted to share with our readers a NISTified version of a classic seasonal song about a topic that is near and dear to our scientists year-round: the wonders of the metric system.
Before I tell you about the high-altitude NASA aircraft we use and the lunar observatory we are building, let’s talk about the earliest standard for measuring light output: the humble candle.
The NIST theorist discusses his efforts toward designing quantum computers, revealing their possible capabilities, and showing why we all should be excited about them.
The list of what is polluting our atmosphere and contributing to global warming is long and varied. And if we want to solve this problem, being able to accurately measure what’s happening is key.
Radiation expert and historian Bert Coursey, who has worked at NIST for 50 years, writes extensively on the history of radium and radiation standards. He recently reviewed NIST’s connection with the radium dial workers — notably the role of one heroic woman — in the Journal of Research of the
Silicon is the most important semiconductor in the world. It forms the chips that are used for memory and processors in high-end computers, everyday consumer electronics and now in tiny little gadgets that do amazing things. But there is one thing that silicon cannot do well: produce light. For