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EXPERIMENT #4: THROUGH THE Hint: It came as a Shockley. Ages

Discoveries in the physical sciences have a long history of fueling innovation. They often to new devices and new inventions that even the discoverers could not have imagined.

Working with the Emilio Segrè Visual Archives at the Ameri- can Center for in College Park, Maryland, we dug up images from classic physics experiments conducted over the last two centuries. We also found some swell pics of technological advances ranging from police guns to space telescopes.

Can you match each experiment (on this page) to the in- novations it made possible (on the next page)?

See the bottom of the next page for the answers.

EXPERIMENT #1: Hint: He saw right through her.

EXPERIMENT #3: EXPERIMENT #2: Hint: Resistance was futile. Hint: Red as a ruby, it was.

22 Fall 2015 / The SPS Observer FEATURE | Science Driving Innovation

a E. Brun

b c d Alex Needham gallica.bnf.fr / Bibliothèque nationale de France © Plamen Agov • studiolemontree.com

e f g h NIST/JILA/CU-Boulder NASA Fábio Pozzebom/ABr NASA Answers

EXPERIMENT #1: EXPERIMENT #2: EXPERIMENT #3: EXPERIMENT #4: Wilhelm Röntgen, discoverer Theodore Maiman’s ruby ’s early of X-­rays, took this radiograph laser made possible, among (shown here in his lab) sketches illustrate the transis- of his wife's left hand, setting other things, e) the creation demonstrated that mercury is tor, developed with John the stage for a) recent scans of Bose-Einstein condensate a superconductor, opening Bardeen and Walter Brattain, of Roman scrolls burned by through laser cooling; and g) the door to the creation of b) an invention so fundamental the Vesuvius eruption reveal- the radar guns used by police maglev trains such as this one to modern life that it plays a ing what appear to be letters; to catch speeders f) the pho- shown in front of the Shanghai role in every innovation shown c) ’s “petite Curie,” toreflectors NASA bounced airport; d) cell phone towers, here! a mobile X­-ray unit used on lasers off of to measure the which use high­ temperature the front lines of World War distance to the Moon. superconductors to boost I; and h) the Chandra X-­ray bandwidth; and e) Bose- Observatory, which provided Einstein condensate, a phase the first X-­ray images of many of matter in which separate stars, supernovae, and black atoms function as a single holes. quantum entities.

The SPS Observer / Fall 2015 23