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In the context of the minimal left-right symmetric model, we study theinterplay between current and future neutrinoless double beta($0\nu\beta\beta$) decay experiments, long-lived particle searches at the LHCmain detectors ATLAS/CMS, and the proposed far detector MATHUSLA. The heavyMajorana neutrino can be produced in association with an electron from thedecay of $W$ boson for a non-zero left-right mixing and subsequently decaysinto another electron with the same charge and jets. Owing to the suppressionof large right-handed charged gauge boson $W_R$ mass, the heavy neutrinos couldbe long-lived. We show that long-lived particle (LLP) searches for heavyMajorana neutrinos in the same-sign dilepton channel at the LHC can be used toextend $W_R$ boson mass reach relative to the reach of the Keung-Senjanovic(KS) process. Finally, we show that sensitivities of LLP searches at thehigh-luminosity LHC with main detectors ATLAS/CMS are competitive with those offuture $0\nu\beta\beta$ decay searches.

Unravelling the left-right mixing using $0\nu \beta\beta$ decay and collider probes