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Advancements in Detector Resolution with DECAL Lectures

Explore the ideal case, sensor technology, and limits to resolution in electromagnetic showers with DECAL lectures. Learn about sensor design, CMOS implementation, and future prospects for improving resolution. Understand the effects of sensor characteristics on resolution and the necessary measurements to verify it. Presented by Paul Dauncey.

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Advancements in Detector Resolution with DECAL Lectures

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  1. DECAL lectures summary • Lecture 1 – Ideal case and limits to resolution • (Assumes basic properties of EM showers covered by Roman) • Digital ECAL motivation and ideal performance compared with AECAL • Shower densities at high granularity; pixel sizes • Effects of EM shower physics on DECAL performance • Lecture 2 – Status of DECAL sensors • Basic design requirements for a DECAL sensor • Current implementation in CMOS technology • Characteristics of sensors; noise, charge diffusion • Results from first prototypes; verification of performance • Future prospects • Lecture 3 – Detector effects and realistic resolution • Effect of sensor characteristics on EM resolution • Degradation of resolution due to sensor performance • Main issues for improving resolution • Remaining measurements required to verify resolution Paul Dauncey

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