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We demonstrate, for the first time, a high granularity multi-well solid-statedetector (MWSD) with the unipolar time-differential property for ultrafastpulse response. Results show a speed improvement factor of up to ~400 foramorphous selenium MWSD. The significance of the results presented here is theability to reach the intrinsic physical limit for detector pulse speed bytransitioning from the slow transit-time-limited response which depends on thebulk carrier transport mechanism, to the ultrafast dispersion-limited responsewhich depends on the spatial spreading of the collected carrier packet.Furthermore, the proposed structure is the practical approach for achievingstable avalanche multiplication gain in large-area direct radiation detectors.

Unipolar Time-Differential Pulse Response with a Solid-State Charpak Photoconductor