1. IE browser is NOT supported anymore. Please use Chrome, Firefox or Edge instead.
2. If you are a new user, please register to get an Indico account through https://login.ihep.ac.cn/registIndico.jsp. Any questions, please email us at helpdesk@ihep.ac.cn or call 88236855.
3. If you need to create a conference in the "Conferences, Workshops and Events" zone, please email us at helpdesk@ihep.ac.cn.
4. The max file size allowed for upload is 50 Mb.

MIND: A Detector for Probing CP Violation at a Neutrino Factory.

Aug 21, 2013, 9:10 AM
20m
B326 (IHEP)

B326

IHEP

Neutrino Oscillation Physics WG1

Speaker

Dr Ryan Bayes (University of Glasgow)

Description

A neutrino factory provides a well defined neutrino beam with a wide range of oscillation channels for the direct detection of CP violation in the neutrino sector. To make use of this beam, a detector must have excellent charge discrimination capabilities because the un-oscillated background has the same flavour, but with the opposite charge to the signal. A magnetic field is required to achieve the required charge discrimination. The most reliable method for the generation of a magnetic field over a volume required for a neutrino factory experiment is using a Magnetized Iron Neutrino Detector (MIND). A detailed simulation of a MIND has been developed for the neutrino factory with advanced reconstruction and analysis software for the identification of muons resulting from the appearance of muon neutrinos from electron neutrino oscillations. The sensitivity of MIND at a neutrino factory to CP violating effects in this appearance oscillation is discussed, with consideration of systematic uncertainties. The combination of this detector concept at a neutrino factory provides the best sensitivity to CP violation of all possible future experiments and the best accuracy in the measurement of the CP violating phase delta.

Primary author

Dr Ryan Bayes (University of Glasgow)

Presentation materials