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The wave/particle dualism of electrons is well documented by double-slit experiments [1] that demonstrate how quantum mechanical wave functions collapse and emerge in the macroscopic world that surrounds us. In… Click to show full abstract
The wave/particle dualism of electrons is well documented by double-slit experiments [1] that demonstrate how quantum mechanical wave functions collapse and emerge in the macroscopic world that surrounds us. In electron microscopy, this subject gained renewed attention with the demonstration that a modulation of the sample illumination in the time domain greatly affects beam-sample interactions [2,3]. These findings raise questions about persistent misconceptions [4] and the entanglement and decoherence in electron microscopy [5].
Journal Title: Microscopy and Microanalysis
Year Published: 2020
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