The MINERvA Experiment

Harris, Deborah A; Kopp, Sacha

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DOE OSTI · 1019046

The MINERvA Experiment

Harris, Deborah A·Kopp, Sacha

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Abstract

The MINERvA experiment is a dedicated cross-section experiment whose aim is to measure neutrino cross sections for inclusive and exclusive final states on several nuclei. The detector is fully commissioned and began running in March 2010. As a dedicated cross-section experiment, MINERvA has a particular need to know the incident neutrino flux: both the absolute level and the energy dependence. In these proceedings we describe the MINERvA detector, give an update on the experimental status, and discuss the means to determine the neutrino flux. The MINERvA experiment is now running and has completed 25% of its full Low Energy run. There are various techniques planned for understanding the flux, including taking neutrino data at several different beam configurations. The experiment has gotten a first glimpse of two of the six configurations, and completed four horn current scans. Because of its exclusive final state reconstruction capabilities MINERvA can provide the much needed input for current and future oscillation experiments. The inclusive final state measurements and comparisons of nuclear effects across as many states as possible will provide new insights into neutrino-nucleus scattering.

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72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS CROSS SECTIONS ENERGY DEPENDENCE Experiment-HEP NEUTRINOS NUCLEI OSCILLATIONS SCATTERING

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Harris, Deborah A, Kopp, Sacha. 2011-03-18. The MINERvA Experiment. https://www.osti.gov/biblio/1019046

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