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The seesaw extensions of the Standard Models are well motivated in explainingthe tiny neutrino mass. In the process these models predict extra heavyMajorana neutrino, charged lepton and charged scalars depending on thescenarios. Distinguishing such scenarios at the colliders would be one of thefirst goals if we receive some hint of those. We show how various leptoniccolliders can play a role of complementarity in segregating such scenarios andthe angular distributions can be instrumental, which carry the information ofthe matrix element. The $\ell^-\, \ell^-, \ell^+\, \ell^-\, \ell^{\prime\, +}\ell^-$ colliders are explored in investigating such possibility via a PYTHIAbased simulation. We emphasis on muon collider and comment on the prospect of$\mu\,e$ collider as well.

Discerning Signatures of Seesaw Models and Complementarity of Leptonic Colliders