The SuperB experiment [1] is an approved high luminosity flavour physics experiment that will perform detailed studies of the decays of B, D, ⌥ mesons and ⌧ leptons with billions of events. Using these events it will be possible to start re- constructing the Lagrangian for any physics be- yond the Standard Model that may be encoun- tered, and precise tests of the Standard Model of particle physics. The experiment will be built at the newly created Cabibbo Laboratory in Tor Vergata (Rome). The contribution of the Lecce group is con- centrated on the implementation of the Cluster Counting/Timing methodology to the readout of the drift chamber of the SuperB apparatus. The drift chamber (DCH) is the main track- ing and momentum-measuring system. It pro- vides precision momentum measurements, as well as good particle identification for low momen- tum tracks (those below DIRC threshold) and for tracks in the forward direction, outside the DIRC acceptance. The DCH design is based on the BABAR drift chamber, described in detail in the original BABAR detector publication [2].

Experiment SuperB at Cabibbo lab / Cappelli, L.; Creti, P.; Grancagnolo, F.; L'Erario, A.; Maffezzoli, A.; Pepino, A.; Rella, S.; Zavarise, G.. - ELETTRONICO. - INFN Lecce Activity Report, 2011:(2011).

Experiment SuperB at Cabibbo lab

G. Zavarise
2011

Abstract

The SuperB experiment [1] is an approved high luminosity flavour physics experiment that will perform detailed studies of the decays of B, D, ⌥ mesons and ⌧ leptons with billions of events. Using these events it will be possible to start re- constructing the Lagrangian for any physics be- yond the Standard Model that may be encoun- tered, and precise tests of the Standard Model of particle physics. The experiment will be built at the newly created Cabibbo Laboratory in Tor Vergata (Rome). The contribution of the Lecce group is con- centrated on the implementation of the Cluster Counting/Timing methodology to the readout of the drift chamber of the SuperB apparatus. The drift chamber (DCH) is the main track- ing and momentum-measuring system. It pro- vides precision momentum measurements, as well as good particle identification for low momen- tum tracks (those below DIRC threshold) and for tracks in the forward direction, outside the DIRC acceptance. The DCH design is based on the BABAR drift chamber, described in detail in the original BABAR detector publication [2].
2011
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2706384
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