Measuring Sin^22\theta_13 with the Daya Bay Nuclear Reactors

TL;DR

This paper proposes a precise measurement of the neutrino mixing parameter sin^22θ_13 using the Daya Bay nuclear reactors, aiming for high sensitivity to advance neutrino physics understanding.

Contribution

It introduces a novel experimental setup at Daya Bay to measure sin^22θ_13 with unprecedented sensitivity below 0.01 at 90% confidence level.

Findings

Projected sensitivity better than 0.01 for sin^22θ_13

Potential to significantly impact neutrino physics

Methodology for reactor-based neutrino measurement

Abstract

Angle \theta_13 is one of the two unknown neutrino mixing parameters to be determined. Its value may determine the future trend of the neutrino physics. We propose to measure sin^22\theta_13 with a sensitivity better than 0.01 (90% C.L) at the Daya Bay reactor power plant.