

A particle physicist who played a key role in the Nobel-winning discovery of the Higgs boson, the particle that explains why matter has mass.
Terry Wyatt has spent his career at the forefront of high-energy physics, hunting for the most fundamental building blocks of the universe. As a professor at the University of Manchester, his work is deeply embedded in the international collaborations that define modern particle research. He was a significant contributor to the ATLAS experiment at CERN's Large Hadron Collider, one of the two giant detectors that in 2012 observed the long-sought Higgs boson. This discovery confirmed the mechanism that gives elementary particles their mass, a cornerstone of the Standard Model of physics. Wyatt's specific expertise often lies in the complex data analysis required to spot incredibly rare particle events amid a sea of background noise, a painstaking process that turns raw collisions into world-changing science.
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.
Terry was born in 1957, 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 1957
#1 Movie
The Bridge on the River Kwai
Best Picture
The Bridge on the River Kwai
#1 TV Show
Gunsmoke
The world at every milestone
Sputnik launches the Space Age
Cuban Missile Crisis brings the world to the brink
First Earth Day; The Beatles break up
US withdraws from Vietnam; Roe v. Wade decided
Fall of Saigon ends the Vietnam War
First test-tube baby born
Black Monday stock market crash
Princess Diana dies in Paris car crash; Harry Potter published
iPhone released; Great Recession begins
#MeToo movement; solar eclipse crosses the US
The discovery of the Higgs boson by ATLAS and CMS was awarded the Nobel Prize in Physics in 2013.
He has served as the Physics Coordinator for the ATLAS experiment, a senior role in managing the collaboration's physics output.
His research often involves searching for physics 'beyond the Standard Model,' including potential signs of dark matter.
He works on an experiment that collects approximately one petabyte of data every second, requiring immense computing power to filter.
“We search for new particles in the debris of proton collisions.”