
TL;DR
This paper introduces the concept of dark CP-violation within extended scalar sectors of beyond Standard Model theories, highlighting its potential experimental signatures and significance for new physics exploration.
Contribution
It presents the novel idea of dark CP-violation in non-minimal Higgs models with extended dark sectors and discusses how it can be experimentally probed.
Findings
Dark CP-violation is a new phenomenon in extended scalar sectors.
Potential experimental signatures for dark CP-violation are identified.
Extended scalar sectors remain accessible to current and future experiments.
Abstract
Extended scalar sectors are a common feature of almost all beyond Standard Model (SM) scenarios which, in fact, can address many of the SM shortcomings solely on their own. While many beyond SM scenarios have lost their appeal due to the non-observation of their predicted particles or are experimentally inaccessible, scalar extensions are well within the reach of many current and upcoming experiments. Here, we discuss the novel phenomenon of dark CP-violation which was introduced for the first time in the context of non-minimal Higgs frameworks with an extended dark sector and point out its experimental probes.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Dark Matter and Cosmic Phenomena · Neutrino Physics Research
