A bstract We present a possible interpretation of the recent diphoton excess reported by the
early\(\sqrt {s}= 13\) TeV LHC data in quark seesaw left-right models with vectorlike fermions …

A bstract Motivated by the tantalizing excesses recently reported in the di-photon invariant
mass spectrum at the LHC, we scrutinize some implications of scalar di-photon resonances …

A bstract The two Higgs doublet model emerges as a minimal scenario in which to address,
at the same time, the γγ excess at 750 GeV and the lepton flavour violating decay into τ±μ∓ …

We explain the 750 GeV diphoton resonance in the context of the dark left–right symmetric
model. A global symmetry in this model, stabilizes the dark matter and ensures that the …

The hints for a new resonance at 750 GeV from ATLAS and CMS have triggered a significant
amount of attention. Since the simplest extensions of the standard model cannot …

A bstract We interpret the recently observed excess in the diphoton invariant mass as a new
spin-0 resonant particle. On theoretical grounds, an interesting question is whether this new …

A bstract The 750-760 GeV diphoton resonance may be identified as one or two scalars
and/or one or two pseudoscalars contained in the two singlet superfields S 1, 2 arising from …

The recent diphoton excess signal at an invariant mass of 750 GeV can be interpreted in the
framework of left–right symmetric models with additional scalar singlets and vector-like …

The experimental and theoretical implications of heavy digauge boson resonances that
couple to, or are comprised of, new charged and strongly interacting matter are investigated …

A bstract We study the effective field theory obtained by extending the Standard Model field
content with two singlets: a 750 GeV (pseudo-) scalar and a stable fermion. Accounting for …