Speaker
Enrico Lupi
(INFN Padova and University of Padova)
Description
We investigate the transduction-less readout of light signals from hadronic showers in a homogeneous calorimeter by nanowires that can be arranged in a network, communicating through the time-encoding of light pulses, and offering fast, energy-efficient local computation and generation of informative high-level primitives for the precise measurement of shower energy and the identification of particle species using neuromorphic computing.
Primary authors
Enrico Lupi
(INFN Padova and University of Padova)
Tommaso Dorigo
(INFN Padova and LTU)
Abhijit Das
(Lund University)
Alexander Schilling
(RPTU)
Anders Mikkelsen
(Lund University)
Andrea De Vita
(INFN Padova and University of Padova)
Fredrik Sandin
(LTU)
Jan Kieseler
(KIT)
Joseph Willmore
(INFN Padova)
Max Aehle
(RPTU)
Nicholas R. Gauger
(RPTU)
Ralf Keidel
(RPTU)
Tobias Kortus
(RPTU)
Xuan-Tung Nguyen
(INFN Padova and RPTU)
