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Effective longitudinal segmentation of shashlik calorimeters can be achieved taking advantage of the compactness and reliability of silicon photomultipliers. These photosensors can be embedded in the bulk of the calorimeter and are employed to design very compact shashlik modules that sample electromagnetic and hadronic showers every few radiation lengths. In this paper, we discuss the performance...
A compact readout based on Silicon PhotoMultipliers can provide longitudinal segmentation to shashlik calorimeters. Direct fiber-photosensor coupling prevents the fiber bundling and the ultra-compactness of new generation SiPMs allows to embed the readout in the bulk of the calorimeter. Possible applications for this detector are high granularity devices for collider physics, beam dump experiments...
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