H. R. Lee,^† Y. Won,^† J. H. Oh,*  "Neuromorphic Bioelectronics Based on Semiconducting Polymers", J. Polym. Sci. 2021, 1-29 [^†Contributed equally]

[Selected as Front Cover Paper]

Semiconducting polymers are highly promising for use in neuromorphic bioelectronics, which are essential for realizing brain-inspired computing in human-like machines and human-machine interfaces. The recent research progress on semiconducting polymer-based neuromorphic bioelectronics is discussed and summarized by Joon Hak Oh and colleagues in the article on page 348. Neuromorphic bioelectronic devices that use various conjugated polymers and synaptic platforms exhibit significant improvement in their performance and expansion of their functionality to sensory neuron mimetic systems that distinguish physical or chemical external stimuli.