Ballester Balaguer, Pablo
ICREA Research Professor at Institut Català d'Investigació Química (ICIQ).
Experimental Sciences & Mathematics
Short biography
Pablo Ballester studied Chemistry at the University of the Balearic Islands (UIB) where he also completed the PhD degree in 1986. In 1987 he was post-doctoral Associate with Prof. J. Rebek Jr. at the University of Pittsburgh. In 1988 after a post-doctoral stay at UIB with Porf. J. M. Saá he returned to Pittsburgh and moved to MIT in 1989. From 1991 to 2002 he held the positions of Assistant and Associate Professor and served as Secretary of the Chemistry Department, Vice-dean of of Sciences and Head of Chemistry Studies at UIB. In 2003 he was in sabbatical leave at the Scripps Research Institute (USA) with the rank of Associate Professor of Research and got an ICREA Research Professorship. He joined ICIQ as Group Leader in 2004. From 2016 to 2018, he served as ICIQ Vice-Director for BIST affairs. He is the recipient of the 2012 Janssen Cilag Organic Chemistry Prize and the Chemistry Fellow Distinction 2020-2021 Class. He was elected EurASc fellow in 2021.
Research interests
My scientific background lies in the areas of organic chemistry (making molecules) and supramolecular chemistry (study how molecules fit together). My current research focuses on the design, synthesis, study and characterization of functional molecular aggregates. I consider myself a mixture between a molecular architect and a molecular engineer. We study matter but we also produce matter and new materials. We apply molecular self-assembly processes as a methodology to construct large and functional supramolecular aggregates, i.e. molecular machines, molecular sensing assemblies and devices. A second area of my current interests resides in the design and application of molecular containers. These are molecular or supramolecular structures with an internal cavity sufficiently large to include or encapsulate other molecules. Unfortunately, although we construct monumental and even artistic structures they are not visible to the naked eye due to their reduced nanometer size.