

A biologist whose elegant 'phage display' technique revolutionized protein study, paving the way for new medicines and earning him a Nobel Prize.
George Smith's career is a testament to the power of a simple, brilliant idea. Working at the University of Missouri, far from the traditional biotech hubs, he developed a method called phage display in the 1980s. The technique uses bacteriophages—viruses that infect bacteria—as a library to display peptides, allowing scientists to find proteins that bind to specific targets. Initially met with modest interest, its profound utility soon became undeniable. It became a cornerstone of drug discovery, enabling the development of blockbuster antibody therapies. Smith's Nobel Prize in Chemistry, shared in 2018, recognized that his foundational work in a university lab had fundamentally changed the toolkit of biochemistry and medicine.
1928–1945
Born between the Depression and the end of WWII. Too young to fight, old enough to remember. They became the conformist middle managers of the 1950s — and the civil rights leaders who quietly dismantled Jim Crow.
George was born in 1941, placing them squarely in The Silent 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 1941
#1 Movie
Sergeant York
Best Picture
How Green Was My Valley
The world at every milestone
Pearl Harbor attack brings the US into WWII
United Nations holds its first General Assembly
Brown v. Board of Education desegregates US schools
Sputnik launches the Space Age
Fidel Castro takes power in Cuba
Cuban Missile Crisis brings the world to the brink
Voting age lowered to 18 in the US
MTV launches; first Space Shuttle flight; AIDS identified
Soviet Union dissolves; World Wide Web goes public
September 11 attacks transform the world
Osama bin Laden killed; Arab Spring sweeps the Middle East
January 6 Capitol breach; COVID vaccines roll out globally
He earned his Nobel Prize for work he did while on a sabbatical at Duke University.
He is an avid amateur astronomer and built his own telescope.
His Ph.D. is in bacteriology and immunology from Harvard University.
“I found a way to make a virus show me the protein I needed.”