DYGIRO project (ESA Living Planet Fellowship) & 4D Dynamic Earth project (ESA) 

Develop a consistent joint inversion framework for dynamic topography, satellite gravity and global waveform seismic tomography to consistently infer the upper mantle and crustal structure.

Implement a very fast and efficient 3D global Stokes solver using Reduced Order Models.

FPI- MINECO 2015 (BES-2015-074911)

Developing a reduced-order Stokes solver to obtain fast and accurate solutions of the lithospheric and sub-lithospheric mantle flow.

Implementing the coupling between a Markov Chain Monte Carlo method with a Reduced Basis (RB) strategy. The on-the-fly RB approach generates a small basis tailored to the specific inverse problem.

Studying the influence and efficiency of the RB strategy within the probabilistic inversion framework for large-scale geophysical problems.

Research stays at Macquarie University (Sydney)

Etching and counting of CR39 nuclear track detectors used by GRRI. Counting with Bonner Spheres and obtention of the corresponding spectrum.

Monte Carlo simulations using MCNPX code to simulate neutron interactions with matter. In particular, CR39 detector response to neutrons.

Participation in several irradiation campaigns with Bonner Spheres and CR-39 in facilities either in Sevilla (Spain) and Rome (Italy).