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The tailoring of organic systems is crucial to further extend the efficiency of charge transfer mechanisms and represents a cornerstone for molecular device technologies. However, this demands control of electrical properties and understanding of the physics behind organic interfaces. Here, a quantitative spatial overview of work function characteristics for phthalocyanine architectures on Au substrates...
In article number 1703647, Pablo F. Siles and co‐workers present a complete nanoscale view of surface potential characteristics, and a quantitative overview of work function and energy‐level alignment at the interface of functional metal‐phthalocyanine organic junctions via Kelvin probe microscopy approaches. This opens interesting physical perspectives enabling straightforward correlation between...
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