Neutrondriven
Neutrondriven is an adjective used to describe processes in which neutrinos transfer energy or momentum to matter, producing outflows, heating, or dynamical changes in astrophysical or laboratory contexts.
In the context of core-collapse supernovae, a neutrondriven mechanism refers to heating of the material behind
Neutrondriven winds, a related phenomenon, occur as sustained neutrino heating drives a slow, steady outflow from
Beyond supernovae, neutrondriven processes also appear in detailed simulations of accretion disks, mergers, and other extreme
Current research emphasizes accurate neutrino transport, flavor transformations, and three-dimensional hydrodynamics to assess the viability and