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...........our research group has been working on the strategic synthesis of intrinsically fluorescent light-emitting polymers, nonconventional conducting macromolecules, and multifunctional stimuli-responsive hydrogels suitable for sensing, separation, bioimaging, device, and energy application(s); synthesis of reactive functional polymers via RAFT, emulsion, and solution polymerization; synthesis of nonconventional redox polymers for device applications; synthesis of metal-polymer frameworks (MPFs) for catalysis of organic reactions​; intrinsically fluorescent macromolecules for sensing, detection, quantification, and separation of biologically active molecules; mimic of conventional solution-phase organic reactions in polymeric (solid) interfaces; nonconventional conducting polymes for energy and device application(s); and MOF-fluorescent gels for air-gel applications; waste collagen, modified graphene, or CNT based nanocomposites and membranes for sensing and separation; and computational analyses via DFT, TD-DFT, NTO, and RDG.............