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In article number 1906899, to selectively detect and process UV‐exposure information, Sungjin Park, Tae‐Woo Lee, and co‐workers, demonstrate artificial photonic synapses that emulate the functions of a retina by using a UV‐responsive 2D carbon nitride layer in a floating‐gate transistor. These photonic synapses could expand the human visual sense beyond visible light and be applicable to healthcare...
Photonic synapses combine sensing and processing in a single device, so they are promising candidates to emulate visual perception of a biological retina. However, photonic synapses with wavelength selectivity, which is a key property for visual perception, have not been developed so far. Herein, organic photonic synapses that selectively detect UV rays and process various optical stimuli are presented...
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