Major Findings From Underground Neutrino Detector Advance Research

WHO:

Science Daily - Researchers at the Jiangmen Underground Neutrino Observatory (JUNO) in China.

ScienceAlert - Physicist Kate Scholberg from Duke University, who commented on the research.

WHAT:

Science Daily - JUNO achieved one of the most precise measurements of how neutrinos change as they travel.

ScienceAlert - The JUNO team released its first major results after collecting data for 59 days.

ScienceAlert - The initial findings include precise measurements of how neutrinos switch between three varieties, or flavors.

WHERE:

Science Daily - The JUNO detector is located 2,297 feet (700 meters) underground in China.

ScienceAlert - The detector examines antineutrinos from collisions inside two nearby nuclear power plants.

WHEN:

ScienceAlert - Data collection at JUNO began in August.

WHY:

ScienceAlert - The goal of the JUNO project is to understand neutrinos, which are tiny cosmic particles that date back to the Big Bang.

HOW:

ScienceAlert - The detector studies antineutrinos, which produce a flash of light when they meet particles within the detector.

(UPDATED June 12, 2026 16:06 UTC)

Researchers at the Jiangmen Underground Neutrino Observatory, or JUNO, in China have achieved one of the most precise measurements of how neutrinos change as they travel, marking a significant milestone after collecting data for 59 days. The JUNO team, which includes physicist Kate Scholberg from Duke University, has released initial findings that detail how neutrinos switch between three varieties, or flavors, while examining antineutrinos from collisions inside two nearby nuclear power plants located 2,297 feet underground. The goal of the JUNO project is to deepen our understanding of neutrinos, tiny cosmic particles that originated from the Big Bang, by studying the flashes of light produced when antineutrinos interact with particles in the detector.