I'm a Postdoc at the Max Planck Institute for Structure and Dynamics of Matter, in Hamburg, where my main project involves the development of computational tools to simulate the time-dynamics of quantum systems coupled to time-propagated electromagnetic fields, according to Maxwell's equations. This method's most important applications are related to the sub-wavelength confinement of light by nano-plasmonic structures and other materials. I got my PhD in Chemistry from the University of Córdoba, Argentina. My thesis work applied quantum dynamic simulations to the study of photoinduced nuclear motion in nanoscopic and molecular systems. We developed atomistic simulations of time-resolved femtosecond spectroscopy, a widely used experimental technique to study ultrafast processes. I am also a member of the Global Shapers Córdoba Hub, part of the Global Shapers network created by iniciative of the World Economic Forum. Within the organization I work voluntarily in the i-Teams Cordoba programme (created to breach the gap between academia and industry by innovation teams) and in the Education area (focused on increasing the access to remote education for low-income students without a stable access to the Internet or proper devices). In 2015 I co-founded Quantum Organics, a tech startup that offers scientific calculations in the cloud as a SaaS. We were part of the Business Incubator of our University for 3 years.My work involves quantum mechanics, computer science, ultrafast spectroscopy and nanomaterials.