Polythiophenes (PT) belong to the class of Conducting organic polymers and Conducting organic polymers that possess chirality present some unique opportunities when used as chiral substrates or as chiral electrode materials. The properties of chiral conducting PT can be tunable modifying the functional groups to the polymer backbone) and since these polymers can be formed as particles, membranes or micro- and nanodimensional fibers ,it is possible to design and to develop specific molecular systems for molecular recognition. The chiroptical properties of CCP films were studied under different evaporation conditions. The chiral recognition abilities of CCP are reported and also a new application in the field of spin filter.
Chiral Polythiophenes / Schenetti, Luisa; Libertini, Emanuela; Mucci, Adele; Parenti, Francesca; Tassinari, Francesco. - (2015), pp. 29-30. (Intervento presentato al convegno 3rd INTERNATIONAL SYMPOSIUM ON THE SOAI REACTION AND RELATED TOPICS tenutosi a Felsomocsolad (Hungary) nel September 2-5, 2015).
Chiral Polythiophenes
LIBERTINI, Emanuela;MUCCI, Adele;PARENTI, Francesca;TASSINARI, FRANCESCO
2015
Abstract
Polythiophenes (PT) belong to the class of Conducting organic polymers and Conducting organic polymers that possess chirality present some unique opportunities when used as chiral substrates or as chiral electrode materials. The properties of chiral conducting PT can be tunable modifying the functional groups to the polymer backbone) and since these polymers can be formed as particles, membranes or micro- and nanodimensional fibers ,it is possible to design and to develop specific molecular systems for molecular recognition. The chiroptical properties of CCP films were studied under different evaporation conditions. The chiral recognition abilities of CCP are reported and also a new application in the field of spin filter.
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