I carried out my MSci degree in Physics and Astronomy at the University College London. Once I graduated I moved to Grenoble (France) to do a Ph.D in applied soft matter physics given by the École Normale Supérieure (ENS) de Lyon. The research project was co-supervised by Prof. Michel Peyrard from the ENS, and Dr. Andrew Wildes from the Institute Laue-Langevin, a world leading neutron facility, where I performed most of my research. During my Ph.D I investigated the structural and dynamical properties of fibre samples made of oriented DNA molecules. The high orientation of these samples allowed us to study the dynamical fluctuations and the melting transition of DNA using neutron and X-ray scattering. Furthermore, I implemented these studies with a variety of experimental techniques such as differential scanning calorimetry in collaboration with Jean-Luc Garden and Jacques Richard from CNRS, Grenoble.
I am very interested in studying the mechanical and dynamical properties of biological phenomena, such as protein folding, from a single-molecule approach. That is why I recently became part of Fernandez’s lab as a postdoctoral researcher. My role in the lab is to lead the development of an unified physical model of the energy landscape of titin combining the genetic information and its elastic properties. The ultimate goal will be to use the model to predict the severity of diseases resulting from abnormal cellular regulation and from genetic mutations in the titin gene.