Supercomputers can play chess, map DNA, and aid in the study of dark energy. But recently they were unleashed on a bold new frontier: optimizing the production of potato chips.
His photographs show scientists and experiments, large physics facilities and tiny devices, enthusiastic crowds of conference participants and lone researchers absorbed in thought.
In 1967, 400 enthusiastic scientists met at Argonne National Laboratory to discuss plans to build a new 200 GeV accelerator and a national laboratory to house it.
With a blue marker poised at a large white flip chart, Maury Tigner, a physicist at Cornell University, turned to a group of about 10 representatives from industry and asked, “What kind of applications interest your company?” The room was cramped and beige, a generic hotel meeting spa