Speaker
Gaelle Boudoul
(Universite Claude Bernard-Lyon I (FR))
Description
Experience at high luminosity hadrons collider experiments shows that tracking information enhances the trigger rejection capabilities while retaining high efficiency for interesting physics events. The design of a tracking based trigger for the High Luminosity LHC (HL-LHC) is an extremely challenging task, and requires the identification of high-momentum particle tracks as a part of the Level 1 Trigger. Simulation studies show that this can be achieved by correlating hits on two closely spaced silicon strip sensors, and reconstructing tracks at L1 by employing an Associative Memory approach. The progresses on the design and development of this micro-strip stacked prototype modules and the performance of few prototype detectors will be presented. Preliminary results of a simulated tracker layout equipped with stacked modules are discussed in terms of pT resolution and triggering capabilities. Finally, a discussion on the L1 architecture will be given.
Primary author
Gaelle Boudoul
(Universite Claude Bernard-Lyon I (FR))
Co-authors
Alberto Messineo
(Sezione di Pisa (IT))
Didier Claude Contardo
(Universite Claude Bernard-Lyon I (FR))
Fabrizio Palla
(Sezione di Pisa (IT))
Francesco Fiori
(INFN)
Giuseppe Broccolo
(Sezione di Pisa (IT))
Jacopo Bernardini
(Sezione di Pisa (IT))
Piero Giorgio Verdini
(Sezione di Pisa (IT))
Roberto Dell'Orso
(Sezione di Pisa (IT))
