

A chemist who tamed the coldest reaches of the universe, inventing a way to create temperatures within a fraction of absolute zero.
William Giauque's scientific career was a lifelong pursuit of the cold. Joining the University of California, Berkeley as a freshman, he never really left, building his entire legacy within its chemistry department. He was fascinated by the Third Law of Thermodynamics and the theoretical impossibility of reaching absolute zero. In response, Giauque and his graduate student, David MacDougall, pioneered adiabatic demagnetization in the 1930s, a brilliant method to cool materials to within thousandths of a degree of that ultimate limit. This wasn't just a laboratory stunt; it opened a new frontier for studying the fundamental properties of matter. His meticulous work on thermodynamic properties at ultra-low temperatures, which earned him the Nobel Prize in 1949, provided the essential data that underpinned advances in fields from chemical engineering to astrophysics.
1883–1900
Came of age during World War I. Disillusioned by the carnage, they rejected the certainties of the Victorian era and built modernism from the wreckage — in art, literature, and politics.
William was born in 1895, placing them squarely in The Lost Generation. The events that shaped this generation — world wars, depression, and rapid industrialization — shaped the world they entered and the choices available to them.
The biggest hits of 1895
The world at every milestone
First public film screening by the Lumiere brothers
Boxer Rebellion in China
Ford Model T goes into production
Triangle Shirtwaist Factory fire kills 146 in New York
The Federal Reserve is established
The Battle of the Somme claims over a million casualties
The Scopes Trial debates evolution in schools
Social Security Act signed into law
WWII ends; atomic bombs dropped on Hiroshima and Nagasaki
Rosa Parks refuses to give up her bus seat
US sends combat troops to Vietnam
Fall of Saigon ends the Vietnam War
Michael Jackson releases Thriller
He initially failed to get into UC Berkeley as a mining engineer but was admitted to the College of Chemistry after a persuasive interview.
During World War II, he worked on the Manhattan Project, researching the separation of uranium isotopes.
He turned down job offers from prestigious institutions like MIT and Harvard to remain at Berkeley.
An avid outdoorsman, he named a mineral he discovered 'berkelium' after his lifelong academic home.
“I was just trying to find out what happens when you get very cold.”