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Abstract
Future neutrino detectors require large, transparent detection volumes (water, ice, scintillator) and in turn a large number of large photomultipliers. We present a possible photon detector design based on the light amplification concept, e.g., a large, nearly spherical vacuum photon detector where the photoelectrons are accelerated onto a small scintillator. As secondary readout element Geiger-mode Avalanche photodiodes are used. Advantages and drawbacks of this readout will be discussed. Some results from initial studies will be presented.
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