Redox Polymers for Energy and Nanomedicine

David Mecerreyes carried out his PhD in polymer chemistry by the University of Liege (Belgium) in 1998, followed by a post-doctoral stay at IBM Almaden Research Center and Stanford University in California. In Spain he worked for 10 years in CIDETEC. In 2011 he became Ikerbasque Research Pofessor at POLYMAT (www.polymat.eu), University of the Basque Country. Since then he has been the leader of the Innovative polymer group and scientific vicedirector from 2017. In 2011 he was awarded with a ERC consolidator grant named iPES “Innovative Polymers for Electrochemical Energy Storage”. His research interest include the synthesis of innovative polymers for energy and bioelectronics. In particular his team is developing new redox polymers, poly(ionic liquid)s, iongels and ion conducting polymer electrolytes. He is co-author of more than 275 scientific articles, h-index of 63 and his work has received more than 14000 citations. He has written more than 5 book chapters and Edited one Book in 2015. Nerea Casado finished her PhD thesis in 2017 at the University of the Basque Country in the topic of Innovative Redox Polymers including secondments at Energy Centers such as Deakin University-Australia and CIC Energigune-Spain. She took part in the iPES “Innovative Polymers for Electrochemical Energy Storage” ERC grant working in redox polymers for batteries. She is (co)author of 15 scientific peer-reviewed publications in the topic, 2 invited lectures in international congresses and has received two prizes for best poster presentation.

Introduction to Redox Polymers;

Synthetic Strategies and Methods for Redox Polymers;

Theory and computations of Redox Polymers;

Radical Polymers for Energy Storage;

Carbonyl containing Polymers for Energy Storage;

Catechol containing Polymers for Energy Storage;

Redox Polymers for Redox-flow Batteries;

Redox Polymers for All-organic Batteries;

Redox Polymers in Biofuel cells;

Conductive Polymers for Tissue Engineering;

Redox Polymers for Drug Delivery;

Redox Polymers for soft microelectromechanical systems