TL;DR
SuperB and LHC experiments complement each other by combining indirect precision tests and direct low-energy searches, enhancing the exploration of physics beyond the standard model.
Contribution
This paper discusses the complementary roles of SuperB and LHC in probing new physics through combined indirect and direct search strategies.
Findings
SuperB provides valuable indirect constraints on new physics.
SuperB enables direct low-energy searches for beyond standard model scenarios.
Combined results from SuperB and LHC can significantly advance understanding of new physics.
Abstract
The complementarity between results anticipated from SuperB with those from the LHC experiments is discussed here. SuperB can contribute to searches for new physics using indirect constraints via precision tests of the standard model. In addition to the indirect constraints, there are a number of direct searches that can be performed at low energy. There is a well motivated programme of measurements to make at SuperB, the results of which will add to our understanding of possible scenarios of physics beyond the standard model.
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