Design a highly conductive, flexible and functional polymer . The project aims to address significant challenges in applications of an electroconductive polymer, pivotal for diverse industries. It del

Description

Design a highly conductive, flexible and functional polymer . The project aims to address significant challenges in applications of an electroconductive polymer, pivotal for diverse industries. It delves into fundamental research, uncovering microscale charge transfer mechanisms within this polymer system. Expected outcomes include novel copolymers with enhanced flexibility, conductivity, and capability for immobilisation of functional compounds advancing biosensors and other applications (e.g. actuator, smart textile). This research revolutionises polymer science, positioning Australia as a technology leader. Economic, environmental, and social benefits include intellectual property creation, industry innovation, and addressing global challenges in medicine, agriculture, and environmental monitoring.. Scheme: Discovery Projects. Field: 4016 - Materials Engineering. Lead: Prof Fariba Dehghani