The Physics Programme at SuperB

TL;DR

SuperB is a high-luminosity electron-positron collider designed to perform precision measurements of various particle decays and search for signs of physics beyond the Standard Model, including rare processes and exotica.

Contribution

This paper outlines the physics goals and broad research program of the SuperB collider, emphasizing its capabilities for precision tests and new physics searches.

Findings

Design of a next-generation high luminosity collider

Potential to discover physics beyond the Standard Model

Comprehensive physics program including rare decay measurements

Abstract

SuperB is a next generation high luminosity $e^+e^-$ collider that will be built at the Cabibbo Laboratory, Tor Vergata, in Italy. The physics goals of this experiment are to search for signs of physics beyond the Standard Model through precision studies of rare or forbidden processes. While the name suggests that $B$ physics is the main goal, this experiment is a Super Flavour Factory, and precision measurements of $B_{u,d,s}$, $D$, $\tau$, $\Upsilon$, and $\psi(3770)$ decays as well as spectroscopy and exotica searches form part of a broad physics programme. In addition to searching for new physics (NP) in the form of heavy particles, or violations of laws of physics, data from SuperB will be able to perform precision tests of the Standard Model. I will briefly review of some highlights of the SuperB physics programme.