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96 GeV scalar boson in the 2HDM with U(1)H gauge symmetry

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Analysis demonstrates the role of U(1)H gauge symmetry in light resonances, highlighting the avoidance of flavor changing neutral currents.

The model predicts signals for light resonances around 96 GeV, consistent with experimental findings.
The extra U(1)H gauge symmetry requires additional chiral fermions for anomaly cancellation.
This approach allows the model to prevent tree-level flavor changing neutral currents.
The research discusses implications of the extra fermions' contributions to the resonance signals.

Baek et al. (2025) studied this question.

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Analysis demonstrates the role of U(1)H gauge symmetry in light resonances, highlighting the avoidance of flavor changing neutral currents.