Research

And Now, for Something Completely Different

SEP 01, 2019
September 2019 Photos of the Month

Photos of the Month — September 2019

Audrey Lengel, Photo Archivist

Did you know that the Emilio Segrè Visual Archives’ first Photos of the Month was published on our website in early 2009? A lot has changed since then. After over 10 years of photo sets, many email newsletter reformats, and quite a few website upgrades, we’ve come a long way since January 2009. And we are changing once again, dear reader!

This is my last official Photos of the Month but fear not! Next month, in October, we will be moving the Photos of the Month to the Niels Bohr Library & Archives’ Ex Libris Universum blog and some new staff members will be contributing photo sets. We will still be sending out email updates, so we encourage you to remain subscribed, but keep an eye out for our new look in October!

In the meantime, please enjoy this collection of some of my personal favorite shots, some of which are humorous (including a sleepy student in a lab), endearing (an observatory dedication ceremony in Chile), or just completely different than what we’ve shared before (a set of 3-meter-long silicon ribbon crystals). Which are your favorite photos from our collections? Share them with us on social media and we hope to see you on the blog!

More from Ex Libris Universum
In 1979, Lubkin traveled to China to report on the state of physics innovation post-Cultural Revolution. Archives Fellow Dorothy Tang takes a deep dive into the Lubkin papers to understand the details and impact of this trip.
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Chemical engineer Paula Hammond, biomedical engineer Anjelica Gonzalez, and physicist Shirley Ann Jackson, describe their best accomplishments in oral history interviews.
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Freedman performed crucial work as an experimentalist. But his mentorship was an equally important contribution.
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Strong and tunable long-range dipolar interactions could help probe the behavior of supersolids and other quantum phases of matter.
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Inside certain quantum systems, where randomness was thought to lurk, researchers—after a 40-year journey—have found order and unique wave patterns that stubbornly survive.

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