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This guide explores the biological control over electronic systems, paving the way for advancements in wearable electronics and drug delivery. Recent progress in electrochemical systems is summarized, focusing on various switchable electrochemical systems and modified electrodes. The author, a recognized expert, compiles research from numerous international groups, examining how external signals—such as electrical potential, magnetic fields, light, and chemical inputs—can modify electrode interfaces. The multifunctional properties of these interfaces enable responses to complex combinations of signals, integrated with unconventional biomolecular computing systems that process multiple biochemical inputs. Applications span unconventional computing, biofuel cells, and signal-triggered molecular release in electrochemical systems. This essential guide provides an overview of biological control in electronic systems, highlighting key applications in biomedicine, energy conversion, and signal processing. Written by a highly cited pioneer in the field, it summarizes contributions from an international panel of scholars. Designed for scientists working with electrochemical systems and signal-responsive materials, it presents an introduction to the interdisciplinary field of adaptable signal-controlled electrochemical systems, emphasizing key aspects and future perspectives.
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Signal-switchable electrochemical systems, Evgeny Katz
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- Année de publication
- 2018
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