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Questions regarding neutrino detection at FermiLab and elsewhere,  where neutrino beams are under the control of a proton beam that is turned on  and off, were answered privately several times. Because the questions continue  to surface, we include the answer as a FAQ (Frequently Asked Question).<br /><br />As the question is directly related to "background" events which  yield the same neutrino-like reaction, and also to the "shield" or  "filter" used to reduce the background, a detailed analysis of the  problem follows.
Questions regarding neutrino detection at FermiLab and elsewhere,  where neutrino beams are under the control of a proton beam that is turned on  and off, were answered privately several times. Because the questions continue  to surface, we include the answer as a FAQ (Frequently Asked Question).<br /><br />As the question is directly related to "background" events which  yield the same neutrino-like reaction, and also to the "shield" or  "filter" used to reduce the background, a detailed analysis of the  problem follows.


[[Category:Scientific Paper]]
[[Category:Scientific Paper|neutrinos fermi lab]]


[[Category:Relativity]]
[[Category:Relativity]]

Revision as of 12:44, 1 January 2017

Scientific Paper
TitleNeutrinos at Fermi Lab
Read in fullLink to paper
Author(s)Ricardo L Carezani
Keywordsneutrinos, special relativity
Published1998
JournalNone
No. of pages4

Read the full paper here

Abstract

Questions regarding neutrino detection at FermiLab and elsewhere, where neutrino beams are under the control of a proton beam that is turned on and off, were answered privately several times. Because the questions continue to surface, we include the answer as a FAQ (Frequently Asked Question).

As the question is directly related to "background" events which yield the same neutrino-like reaction, and also to the "shield" or "filter" used to reduce the background, a detailed analysis of the problem follows.