

A Soviet physicist whose foundational work on quantum electronics paved the way for the invention of the laser, reshaping modern technology.
Born in Australia to Russian parents who fled the revolution, Alexander Prokhorov moved to the Soviet Union as a boy. His life was marked by physical hardship—a severe injury during WWII nearly cost him a leg—but his mind was fixed on the mysteries of electromagnetic radiation. At Moscow's Lebedev Physical Institute, he and Nikolay Basov pursued the radical idea of amplifying microwaves using excited molecules, a concept that became the maser. This work, which earned him a share of the 1964 Nobel Prize in Physics, was the direct precursor to the laser. Prokhorov spent his career pushing the boundaries of quantum electronics, leading a major Soviet research school and seeing his theoretical insights become the backbone of technologies from fiber-optic communications to barcode scanners.
1901–1927
Grew up during the Depression, fought World War II, and built the postwar economic boom. Defined by shared sacrifice, institutional trust, and a belief that hard work and loyalty would be rewarded.
Alexander was born in 1916, placing them squarely in The Greatest 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 1916
#1 Movie
Intolerance
The world at every milestone
The Battle of the Somme claims over a million casualties
First commercial radio broadcasts
Wall Street crashes, triggering the Great Depression
Amelia Earhart flies solo across the Atlantic
Hindenburg disaster; Golden Gate Bridge opens
United Nations holds its first General Assembly
Elvis Presley appears on The Ed Sullivan Show
Star Trek premieres on television
Apple Computer founded; US bicentennial
Challenger disaster; Chernobyl nuclear meltdown
Dolly the sheep cloned
Euro currency enters circulation
He was born in Atherton, Queensland, Australia, where his family was involved in the revolutionary movement.
During World War II, he fought in the infantry and was seriously wounded in 1941, requiring multiple leg operations.
He was an avid speleologist (cave explorer) and applied his physics knowledge to develop radio communication systems for use in caves.
“The scientist must be both stubborn and flexible; stubborn in pursuing a goal, but flexible in the choice of path to reach it.”