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Upon contact between the oxygen atoms protruding from the backbone and the metal, the molecules' internal structure changed in such a way that they lost their semiconducting properties and instead adopted the metallic properties of the surface. (Visualisation: Georg Heimel /HU Berlin)https://zmi.led-professional.com/Plone/media/technology_light-generation_organic-electronics-how-to-make-contact-between-carbon-compounds-and-metals_Upon%20contact%20between%20the%20oxygen%20atoms.jpg/viewhttps://zmi.led-professional.com/Plone/media/technology_light-generation_organic-electronics-how-to-make-contact-between-carbon-compounds-and-metals_Upon%20contact%20between%20the%20oxygen%20atoms.jpg/@@images/image-1200-92abc68a4bdb5b4f879107e227f20954.jpeg
Upon contact between the oxygen atoms protruding from the backbone and the metal, the molecules' internal structure changed in such a way that they lost their semiconducting properties and instead adopted the metallic properties of the surface. (Visualisation: Georg Heimel /HU Berlin)
