Bilevych, Y.Y.BilevychBrunner, S.E.S.E.BrunnerChan, H.W.H.W.ChanCharbon, E.E.CharbonGraaf, H. van derH. van derGraafHagen, C.W.C.W.HagenNutzel, G.G.NutzelPinto, S.D.S.D.PintoProdanovic, V.V.ProdanovicRotmanc, D.D.RotmancSantagata, F.F.SantagataSarro, L.L.SarroSchaart, D.R.D.R.SchaartSinsheimer, J.J.SinsheimerSmedley, J.J.SmedleyTao, S.X.S.X.TaoTheulings, A.M.M.G.A.M.M.G.Theulings2022-03-052022-03-052016https://publica.fraunhofer.de/handle/publica/24318310.1016/j.nima.2015.10.084With a miniaturised stack of transmission dynodes, a noise free amplifier is being developed for the detection of single free electrons, with excellent time- and 2D spatial resolution and efficiency. With this generic technology, a new family of detectors for individual elementary particles may become possible. Potential applications of such electron emission membranes in medicine are discussed.en539journal article