9 citations · 14 across the 6 of their papers we have counts for
7 papers
Inferring dark matter masses and interactions from high recoil energy events in LUX-ZEPLIN
Stefano Palmisano, Michele Tammaro, Andrea Tesi
LUX-ZEPLIN has recently revealed a single nuclear recoil event compatible with a recoil energy of , in a region with a small expected background. Interp…
The soft volume of ultra-high energy neutrinos experiments
Stefano Palmisano, Diego Redigolo, Michele Tammaro +1
We develop a semi-analytical framework to map ultra-high-energy neutrino fluxes onto event rates at neutrino telescopes. The formulation is based on the Boltzmann equation for the…
Exploring ultra-high energy neutrino experiments through the lens of the transport equation
Stefano Palmisano, Diego Redigolo, Michele Tammaro +1
We develop a first-principles formalism, based on the transport equation in the line-of-sight approximation, to link the expected number of muons at neutrino telescopes to the flux…
Feasibility study of true muonium observation with the existing Belle-II dataset
Ruben Gargiulo, Elisa Di Meco, Stefano Palmisano
True muonium () is one of the cleanest bound states, being composed only of leptons, along with true tauonium and positronium. Unlike the latter, true muonium and true tauo…
Feasibility study of True Muonium discovery with CERN-SPS H4 positron beam
Ruben Gargiulo, Elisa Di Meco, Stefano Palmisano
True muonium () is one of the heaviest and smallest electromagnetic bound states not containing hadrons, and has never been observed so far. In this work it is shown that t…
Models of Accidental Dark Matter with a Fundamental Scalar
Stefano Palmisano, Francesco Rescigno, Federica Troni
We consider models of accidental dark matter, namely models in which the dark matter is a composite state that is stable thanks to an accidental symmetry of the theory. The fundame…
True muonium resonant production at colliders with standard crossing angle
Ruben Gargiulo, Elisa Di Meco, Daniele Paesani +3
True muonium () is the heaviest and smallest bound state not involving quantum chromodynamics, after true tauonium () and mu-tauonium (). Unlike atoms c…