On May 10, 1991, President George H.W. Bush came to Princeton’s campus to receive an honorary Doctor of Laws degree and dedicate the University’s Social Science Complex. This $20 million dollar project included the newly constructed Bendheim and Fisher Halls, as well as a renovation of Corwin Hall. This Reel Mudd blog post includes video of both of these events, along with other scenes related to the President’s visit.
Primarily known as a Major League catcher and coach, Morris “Moe” Berg was also a spy for the Office of Strategic Services (OSS) in World War II, as well as a lawyer, linguist, and Princeton graduate. As a member of the class of 1923, Berg excelled scholastically and athletically by graduating with honors in Modern Languages (he studied Greek, French, Spanish, Italian, German, and Sanskirt), and playing first base and shortstop for the Princeton Tigers. While his batting average was low– Berg inspired a Major League scout to utter the phrase, “Good field, no hit”- he was known at Princeton for his strong arm and sound baseball instincts.[i]
Since 1951, the Princeton Plasma Physics Laboratory (PPPL) has conducted research aimed at developing controlled nuclear fusion as an energy alternative to fossil fuels. Founded by Lyman Spitzer *38, the PPPL is a joint project of Princeton University and the US Department of Energy, located on Princeton’s James Forrestal Campus. This 1989 publicity film highlights the PPPL’s history, projects, and progress toward its mission of developing sustainable nuclear fusion.
The film’s focus is the PPPL’s main experiment in the 1980s and 1990s, the Tokamak Fusion Test Reactor (TFTR). This device used magnetic fields to contain a plasma made of hydrogen isotopes which were heated to a temperature so high that their nuclei fuse together into a new molecule, generating energy as a byproduct. TFTR’s goal was to develop a process of generating more energy through the fusion than the amount of electricity required to power the reactor containing the plasma. By 1989, TFTR’s successes included achieving a then record-temperature of 200 million degrees Celsius and confirming existence of a so-called “bootstrap current” within plasmas.