Functionalized porphyrins are versatile macrocyclic compounds with tunable electronic and optical properties, making them ideal for various applications. Their modification allows enhanced solubility, stability, and electrocatalytic activity. Electrocopolymerizing these porphyrins with other monomers enables the formation of conductive and stable polymer films with tailored properties. This method provides precise control over film thickness and electrochemical behavior. In electrochromism, these copolymers exhibit reversible color changes, useful in smart displays and adaptive coatings. In catalysis, they serve as efficient electrocatalysts for redox reactions, including energy conversion and environmental remediation.
In-situ studies of copolymer films provide real-time insights into their electrochemical behavior and structural evolution. TDDFT studies offer valuable insights into their electronic properties, aiding in the design of next-generation functional materials.
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