Architecture of Molecular Logic Gates: From Design to Application as Optical Detection Devices

Autor:	Gleiston G. Dias, Francielly T. Souto
Jazyk:	angličtina
Rok vydání:	2024
Předmět:	molecular logic gates chemosensors chemodosimeters lab-on-a-molecule optical devices analyte sensing Organic chemistry QD241-441
Zdroj:	Organics, Vol 5, Iss 2, Pp 114-162 (2024)
Druh dokumentu:	article
ISSN:	2673-401X 17707846
DOI:	10.3390/org5020008
Popis:	Three decades after A. P. de Silva’s seminal paper introduced the concept of logic gates at the molecular level, the field of molecular logic gates (MLGs) has witnessed significant advancements. MLGs are devices designed to perform logical operations, utilizing one or more physical or chemical stimulus signals (inputs) to generate an output response. Notably, MLGs have found diverse applications, with optical detection of analytes emerging as a notable evolution of traditional chemosensors. Organic synthesis methods are pivotal in crafting molecular architectures tailored as optical devices capable of analyte detection through logical functions. This review delves into the fundamental aspects and physical–chemical properties of MLGs, with a particular emphasis on synthetic strategies driving their design.
Databáze:	Directory of Open Access Journals
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