TL;DR
The SuperB project aims to explore new physics by measuring various observables at a high-luminosity e+e- collider near 10 GeV, enabling detailed testing of numerous theoretical scenarios.
Contribution
This paper provides an overview of the SuperB project's physics programme and introduces a framework of observables versus scenarios for new physics detection.
Findings
Identification of many new physics sensitive observables.
Development of a 'golden matrix' linking observables to scenarios.
Potential to distinguish between different new physics models.
Abstract
An overview of the SuperB project and its physics programme is presented. There are many new physics sensitive observables that can be measured at a high luminosity e+e- collider operating near a centre of mass energy of ~10 GeV, and many new physics scenarios to test in the literature. Together these form a golden matrix of observables versus scenarios. Each scenario has its it's own golden channel(s) and the pattern of deviations from Standard Model behaviour that will be measured by SuperB can be used to home in on the new physics scenario describing nature at high energies.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Earth Systems and Cosmic Evolution · Computational Physics and Python Applications