ExperimentFAQ: Difference between revisions
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! What is Mu2e trying to measure? || | ! What is Mu2e trying to measure? || | ||
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| Mu2e is an experiment to measure the conversion of a muon into an electron in the field of the nucleus without the emission of the neutrinos that | | Mu2e is an experiment designed to measure the conversion of a muon into an electron (in the field of the nucleus) without the emission of the neutrinos. In the standard model, lepton conservation tells us that when a muon decays to an electron there should be an accompanying muon neutrino to conserve muon number in the decay and an anti-electron neutrino to conserve electron number. | ||
|} | |} | ||
{| class="mw-collapsible mw-collapsed wikitable" | {| class="mw-collapsible mw-collapsed wikitable" | ||
! What physics beyond the Standard Model could the experiment be sensitive to? || | ! What physics beyond the Standard Model could the experiment be sensitive to? || | ||
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| SUSY, etc. here for a test | | SUSY, etc. here for a test | ||
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{| class="mw-collapsible mw-collapsed wikitable" | {| class="mw-collapsible mw-collapsed wikitable" | ||
! Where did the idea originate? || | ! Where did the idea originate? || | ||
Revision as of 18:08, 2 February 2017
Physics FAQ
| What is Mu2e trying to measure? | |
|---|---|
| Mu2e is an experiment designed to measure the conversion of a muon into an electron (in the field of the nucleus) without the emission of the neutrinos. In the standard model, lepton conservation tells us that when a muon decays to an electron there should be an accompanying muon neutrino to conserve muon number in the decay and an anti-electron neutrino to conserve electron number. |
| What physics beyond the Standard Model could the experiment be sensitive to? | |
|---|---|
| SUSY, etc. here for a test |
| Where did the idea originate? | |
|---|---|
| testing |
| What is the current best limit? | |
|---|---|
| testing |
| What competing and complementary measurements are being done by other experiments? | |
|---|---|
| testing |
What are the primary backgrounds? What is the main goal of the calorimeter detector? What is the main goal of the tracking detector? What are the design considerations of the stopping target? What is the purpose of the extinction target? What are the requirements on the cosmic ray veto? Where do the muons come from? Why is the proton pulse structure the way it is? Why Aluminum? Why are there two bends in the transport magnet? HELP! What does that acronym mean? (link to acronym list)