

He proved the electron could behave as a wave, completing a quantum puzzle his father began by showing it was a particle.
George Paget Thomson was born into scientific royalty as the son of J.J. Thomson, the man who identified the electron. Yet his own path was one of quiet, meticulous experimentation. While his father's work framed the electron as a particle, the younger Thomson, firing electrons through thin metal films, captured the telltale diffraction patterns that revealed their wave-like nature. This 1927 discovery was a cornerstone of quantum mechanics, earning him a Nobel Prize a decade later. His career later pivoted to the urgent physics of nuclear fission during the Second World War, where he chaired a crucial committee exploring the feasibility of an atomic bomb. A reserved and thoughtful man, Thomson spent his later years as a master of Corpus Christi College, Cambridge, guiding the next generation in a world forever changed by the science he helped define.
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.
George was born in 1892, 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 1892
The world at every milestone
Einstein publishes the theory of special relativity
Ford Model T goes into production
Halley's Comet makes its closest approach
The Federal Reserve is established
King Tut's tomb discovered in Egypt
Amelia Earhart flies solo across the Atlantic
Battle of Midway turns the tide in the Pacific
Queen Elizabeth II ascends the throne
Cuban Missile Crisis brings the world to the brink
Watergate break-in; last Apollo Moon mission
Fall of Saigon ends the Vietnam War
He and his father, J.J. Thomson, are one of only a few father-son pairs to have both won Nobel Prizes in Physics.
During World War I, he served in the British Army and worked on problems related to aircraft stability.
His Nobel Prize medal was sold at auction in 2014 for over $500,000.
He initially studied mathematics at Cambridge before turning his focus to experimental physics.
“The electron is not just a particle; it is something which can behave like a wave.”