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The image depicts a novel device architecture composed of ZnO nanorods with surface‐dispensed agarose‐gel as a quasiliquid iontronic‐electronic light‐harvesting hybrid photodetector. On page 3686, S. Ogale and co‐workers show that this configuration exhibits a three orders of magnitude stronger photoresponse and a shorter response time as compared to the bare ZnO nanorod‐based device. Moreover, this...
A heterostructure formed by a layer of agarose gel drop‐cast on a hydrothermally grown layer of ZnO nanorods on fluorine‐doped tin oxide (FTO)‐coated glass is examined for photoresponse with a top platinum tip contact. This ionic‐gel‐based hybrid device shows three orders of magnitude higher photocurrent as compared to the case of bare ZnO nanorods film.
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