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Both the ATLAS and CMS collaborations have recently observed an excess in thedi-photon invariant mass distribution in the vicinity of 750 GeV with a localsignificance of $\sim3\sigma$. In this article we try to investigate thisexcess in the context of a minimal simplified framework assuming effectiveinteractions of the hinted resonance with photons and gluons. We scrutinise theconsistency of this observation with possible accompanying yet hitherto unseensignatures of this resonance. Subsequently, we try to probe the nature of newparticles, e.g., spin, electric charge and number of colour, etc., that couldremain instrumental to explain this excess through loop-mediation.

Di-photon resonance around 750 GeV: shedding light on the theory underneath