Last winter, we discovered these physicist snowflakes from Symmetry Magazine and got crafty decorating the library with symmetrical cutouts of Einstein, Curie, and Schrödinger. We were so enthralled by these that we were inspired to create our own! Designed by our creative staff here at AIP and loosely based on some images from our Emilio Segrè Visual Archives, we present you with three snowflake templates to print, fold, cut and enjoy this holiday season!
For a deeper dive into our snowflake subjects, we’ve selected 6 images from our visual archives you can explore. To accompany our Newton snowflake, you’ll see a portrait of Isaac Newton and a photograph of his childhood home in England with a double rainbow, a phenomenon which he wrote about in his work Opticks in 1704. We’re also featuring portraits of Nikola Tesla and Heinrich Ruhmkorff matched with our Tesla snowflake – the Tesla coil (which you’ll notice in our snowflake) was based off the Ruhmkorff coil transformer. Lastly, to accompany our crystal-inspired snowflake, we’re sharing portraits of the first two presidents of the American Crystallographic Association, Isidor Fankuchen and Ralph Wyckoff.
Enjoy the wintery craft and if you make any snowflakes this year, share them with us on social media; find us @AIPhistory on both Twitter and Facebook!
* Please note that if you are printing the snowflakes, you will need to download them directly to your computer before printing. Thank you!
Double rainbow over the birthplace of Sir Isaac Newton, Woolsthorpe Manor, Woolsthorpe-by-Colsterworth, England.
Photograph by Roy Bishop, Acadia University, courtesy AIP Emilio Segrè Visual Archives. Please contact Roy Bishop at rlb@eastlink.ca for permission to publish this image. *Catalog ID: *Newton Isaac H1
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.
Chemical engineer Paula Hammond, biomedical engineer Anjelica Gonzalez, and physicist Shirley Ann Jackson, describe their best accomplishments in oral history interviews.
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.
April 02, 2026 12:26 PM
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