Researchers from The Ohio State University are helping advance our understanding of neutrinos, some of the universe's most elusive particles. A new analysis combining data from the NOvA experiment in the United States and the T2K experiment in Japan has provided the most precise picture yet of how neutrinos change "flavor" as they travel.
The findings could help scientists better understand neutrino masses, matter-antimatter differences, and why the universe evolved the way it did. The study also highlights the importance of future experiments that will build on these results.
"While our goals were the same, differences in our experiment design adds more information when we pool our data together, in that the sum is more than its parts"
— Zoya Vallari, Assistant Professor of The Department of Physics at The Ohio State University.
The research reflects a growing international effort to answer some of the most fundamental questions in physics through collaboration and next-generation neutrino detectors.
"Particle physics has given us many technologies, but for me, the primary motivation remains the human curiosity to understand our origin and place in the universe"
— Zoya Vallari.