Kerala Couple Wins $3M Prize for Universe-Changing Physics

When Suvarna Ramachandran opened her email on April 19, 2026, she discovered she and her husband Jimin George had won the Breakthrough Prize, earning recognition as two of the world's top scientists for helping answer fundamental questions about how our universe works.

The couple from Kerala spent years at Fermilab in Chicago measuring something incredibly tiny: the magnetic moment of a muon, an unstable particle that existed just after the Big Bang. For half an hour after reading the email, they sat in stunned silence.

Suvarna, now Head of Physics at Alliance University in Bengaluru, grew up in Kottayam and studied at CMS College before earning her PhD in the United States. Jimin studied at Mahatma Gandhi College in Iritty before joining her in particle physics research.

The Muon g-2 experiment they joined achieved something remarkable. Between 2018 and 2023, their team of 300 scientists recorded the most precise measurement ever made of how muons behave in a magnetic field, reaching an accuracy of 127 parts per billion.

Why does this matter? When measurements don't match theoretical predictions, even slightly, it points to new physics we haven't discovered yet. "This is the only way to search for knowing how the early universe, just after the so-called Big Bang, behaved," Suvarna explained.

To put the scale in perspective, if you expanded an atom to the size of a football field, the nucleus would be like a blueberry at the center. Even if you then expanded that nucleus to football field size, the muon would still be invisible, behaving like a perfect point with no size at all.

The couple worked inside a control room surrounded by thick concrete layers to protect them from radiation. As muons orbited in the storage ring, they decayed into positrons, which detectors called calorimeters captured around the ring.

The experiment generated petabytes of data that took years to analyze. The team published their precise measurement on June 3, 2025, but theorists will need many more years to interpret what the findings mean for our understanding of the universe.

Why This Inspires

Suvarna's first feeling upon winning wasn't pride but gratitude. She thought of her classmates, teachers at Baker Vidyapeedh and CMS College, and every scientist who guided her journey.

Her story shows how curiosity about simple questions can lead to extraordinary discoveries. "In particle physics, you can predict something to a very precise degree and then build an experiment to check it," she says.

Now back in India, Suvarna believes the country needs to do more to spark student interest in science through real exposure to how abstract ideas connect to actual experiments.

The $3 million prize money will be shared among the 300 scientists who proved that asking big questions about tiny particles can help us understand everything.