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A novel concept is proposed for large-volume single-phase noble-liquid TPCdetectors for rare events. Both radiation-induced scintillation-light andionization-charge are detected by Liquid Hole-Multipliers, LHM, immersed in thenoble liquid. The latter may consist of cascaded Gas Electron Multipliers(GEM), Thick Gas Electron Multiplier (THGEM) electrodes or others, coated withCsI UV-photocathodes. Electrons, photo-induced on CsI by primary scintillationin the noble liquid, and event-correlated drifting ionization electrons areamplified in the cascaded elements primarily through electroluminescence, andpossibly through additional moderate avalanche, occurring within the holes. Theresulting charge-signals or light-pulses are recorded on anode pads or withphotosensors, e.g. gaseous photomultipliers (GPM), respectively. Potentialaffordable solutions are proposed for multi-ton dark-matter detectors; openquestions are formulated for validating this dream.

Liquid Hole-Multipliers: A potential concept for large single-phase noble-liquid TPCs of rare events