Neutrino experiment at Fermilab delivers an unprecedented measurement

MiniBooNE scientists demonstrate a new way to probe the nucleus with muon neutrinos.

This interior view of the MiniBooNE detector tank shows the array of photodetectors used to pick up the light particles that are created when a neutrino interacts with a nucleus inside the tank. Photo: Reidar Hahn

Tiny particles known as neutrinos are an excellent tool to study the inner workings of atomic nuclei. Unlike electrons or protons, neutrinos have no electric charge, and they interact with an atom’s core only via the weak nuclear force. This makes them a unique tool for probing the building blocks of matter. But the challenge is that neutrinos are hard to produce and detect, and it is very difficult to determine the energy that a neutrino has when it hits an atom.

By Kurt Reisselmann.

Read this article at the Fermilab web site:

What does a neutrino see?

Categories: Intensity Frontier
Published on: November 8, 2013

Z boson-mediated neutrino-nucleon neutral-current elastic (NCE) scattering, as studied by MiniBooNE., by Ranjan Dharmapalan, University of Alabama.

Stealthier than a neutrino

Categories: Intensity Frontier
Published on: April 1, 2013

MiniBooNE makes a measurement that points, possibly, to the existence of sterile neutrinos., by Zarko Pavlovic

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