Abstract: The invention relates to a method for the production of micro- and/or nanopore mass arrangements on a substrate including functionalization of the substrate surface in selected areas; deposition of colloidal particles that have the capacity to selectively bond to the functionalized areas of the substrate surface from an aqueous dispersion on the substrate surface, during which an ordered monolayer of the particles forms on the substrate surface; separation of non-bound colloidal particles; freezing of the substrate; and sublimation of the residual water on the substrate in the vacuum, during which the short-range order of the particle monolayer is preserved.

Abstract: A semiconductor detector structure consists of a unipolar or single-pole nsistor disposed or arranged on a substantially depleted semiconductor body, with a drain, a source, a resetting contact, a top gate and a potentially floating layer forming at least one gate of the unipolar transistor, as well as at least one capacitor. The source is directly connected to the first electrode or electrodes of the capacitor or capacitors. The capacitor or the capacitors are integrated jointly with or into the semiconductor structure.