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MicroBooNE has a unique electron-photon discrimination power that will allow us to confirm or reject the MiniBooNE excess and, if confirmed, to test many of the models that have been

This allowed MINOS to perform direct tests of CPT conservation in the neutrino sector.

We aim to test around 3,000 sensors for the project, as well as producing and testing around 1,000 of the 6,000 required modules in our facilities at the

By studying such events we can test QCD. The fundamental parameter governing QCD is the quark-gluon coupling constant alpha_s. ... This consistency is a valuable test of the theory. You can read the whole paper by clicking here.

A more realistic test of a spectrometer-like system including BPMs and a chicane of magnets was provided by the T474 group using End Station A at SLAC.

MicroBooNE has a unique electron-photon discrimination power that will allow us to confirm or reject the MiniBooNE excess and, if confirmed, to test many of the models that have been

The predicted Charged current spectrum can be compared to the measured one to test these assumptions and to constrain the parameters.

Matrix and CP Violation (pdf) - Electroweak Unification and the W and Z bosons (pdf) - Tests of the Standard Model (pdf).

By comparing the data at LEP1 and LEP2, recorded with the same detector, we expect to test these features of QCD with minimal systematic uncertainties.

If all goes well, we will test around 3000 sensors and produce and test 1000 modules over the next three to four years, ready for installation between 2022 and 2023.