Abstract
The MIPP experiment, FNAL E907, uses a large acceptance spectrometer to measure particle production on hydrogen and nuclei using π , K , and p beams of both charges and momenta from 5 to 100 GeV/c. We have charged particle identification for the whole of phase space using a combination of dE / dx , ToF, Cherenkov and RICH technologies. We aim to explore the dynamics of minimum-bias interactions and test a scaling law of fragmentation with unprecedented precision and statistics. MIPP capabilities in light meson spectroscopy and nuclear physics and the impact of MIPP cross sections on neutrino experiments are examined.
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