

A quantum physics pioneer who turned the spooky nature of entanglement into the unbreakable code of quantum cryptography.
Artur Ekert saw the potential for perfect secrecy in the most counterintuitive corners of physics. Born in Poland and building his career in Oxford and Singapore, Ekert moved at the intersection of quantum mechanics, computer science, and mathematics. In 1991, he proposed a revolutionary method for secure communication—a protocol that used the phenomenon of quantum entanglement to detect any eavesdropper. This work, known as E91, provided a profound physical foundation for quantum cryptography, moving it from theory toward practical application. A charismatic and collaborative figure, Ekert helped found the Centre for Quantum Technologies in Singapore, turning it into a global research powerhouse. His curiosity ranges from the fundamentals of quantum computation to the history of science, always with an eye toward how quantum weirdness can be harnessed to process information in fundamentally new ways.
1946–1964
The largest generation in history at the time. Shaped by postwar prosperity, the Vietnam War, the sexual revolution, and Watergate. They questioned every institution their parents built — then ran them.
Artur was born in 1961, placing them squarely in the Baby Boomers. The events that shaped this generation — postwar prosperity, civil rights, Vietnam, and the counterculture — shaped the world they entered and the choices available to them.
The biggest hits of 1961
#1 Movie
101 Dalmatians
Best Picture
West Side Story
#1 TV Show
Wagon Train
The world at every milestone
Yuri Gagarin becomes the first human in space
Star Trek premieres on television
Nixon resigns the presidency
Star Wars premieres; Elvis dies
Iran hostage crisis begins; Three Mile Island accident
Michael Jackson releases Thriller
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 was a nationally ranked junior swimmer in Poland during his youth.
Ekert studied physics as a postgraduate at Oxford under the renowned physicist David Deutsch.
He has expressed a deep interest in the connections between physics, cryptography, and the history of code-breaking.
“Quantum cryptography is the first application of quantum mechanics where we use a quantum phenomenon not just to understand nature, but to perform a task that is impossible classically.”