The nuSTORM facility enables innovative neutrino physics studies through the decay of muons
circulating in a storage ring. The well-defined composition and energy spectra of the neutrino beam
from the decays of muons, combined with precise muon flux measurements, facilitate a diverse
research program probing fundamental neutrino properties. nuSTORM has been optimized to
store muons with momentum tunable from 1 to 6 GeV/c, enabling precise measurements of 𝜈 𝜇 A
and 𝜈 e A scattering over energy ranges relevant for long-baseline experiments. It also allows
for highly sensitive searches for exotic processes and studies of short-baseline flavor transitions
exceeding the reach of already planned experiments. As a technology testbed for high-brightness
muon beams, nuSTORM is on the path towards a multi-TeV muon collider and could be part of
a test-facility serving a muon-cooling demonstrator. nuSTORM’s status, physics capabilities and
potential as a muon collider test-facility will be presented.