Projects

Central banks worldwide routinely use models in assessing and forecasting the global and domestic economic outlook in order to determine the most suitable monetary policies.

Creating a top-level cross-border network in R&D related to the characterization of subsoil by means of geophysical imaging. The technological application focuses on the field of geothermal energy, thus helping to promote this source of clean energy in the region.

The Energy Union Framework Strategy laid out on 25 February 2015 has embraced a citizens-oriented energy transition based on a low-carbon transformation of the energy system.

This project sets forth cutting-edge challenges in the field of Mathematical Physics that will be solved within a common framework by making novel use of classical tools of Harmonic Analysis such as Oscillatory Integrals and Trigonometric Sums, the Cauchy operator, and the so-called Carleman estimat

The aim of this proposal is to provide a systematic study of minimal solutions for a large class of nonlinear systems of PDE.

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Partial differential equations (PDEs) and functional differential equations (FDEs) are suc- cessful, widely used mathematical models that describe, explain and predict phenomena in areas as broad as physics, chemistry, biology and economics.

Advanced computer-aided simulation methods are of vital importance for solving many engineering applications.

The aim of this project is to develop molecular-level models for relevant new electroactive energy materials. To this end, a range of theoretical techniques will be applied to examine ion intercalation on nanoparticles of sodium-ion based cathodes.

The current project focuses on several mathematical aspects of the evolution of physical systems that can be modeled by partial differential equations and whose applicability ranges from quantum physics to fluid dynamics. An essential part of the current proposal considers theoretical questions rela

This Project, Fractal, “Development of Spanish-Technology-Based Advanced Manufacturing and Prototyping Systems for Strategic Components via Laser Assisted Powder Sintering” represents the merging between the Spanish Scientific research and Industrial sectors to place our country in the map of the te

This Project (EMEARTHSIM) aims at developing more efficient simulation methods of geophysical electromagnetic (EM) measurements for the characterization of the materials composing the Earth’s subsurface.

Data serves to improve TD as data reduces uncertainty about consequences associated with actions taken.

IMAGEARTH Project is focused on the development of advanced numerical methods for the proper simulation and inversion of geophysical electromagnetic (EM) measurements.

The project aims at introducing a new consolidated methodology based on a novel family of front propagation equations, to study systems characterised by an interface with random motion that neatly separates the spatial domain into inner and outer parts.

Objectives of the project: - Prediction of generations, consumption and prices by means of probabilistic artificial intelligence techniques that automatically use all the information present in multiple data. - Obtaining probability distributions by means of optimisation processes that take into acc

The proposed project stems from methodological and practical challenges emerged from the collaboration between the PI and medical doctors and biologists in the last 4 years. From the methodological standpoint, we aim at: a) devising robust temporal multiscale models to describe the impaired metaboli

The present project aims at developing, verifying, and validating an artificial intelligence algorithm via data treatment and physical modelling. The objective is to reduce operational costs in offshore wind structures.

Accurate prediction of the dynamics and mechanical properties of micro/nano-particle suspensions interacting with complex media and under complex micro-flow conditions is critical for many industrial processes.

Some of the most useful technology in our daily lives is based on advanced, novel materials, that have spectacular properties. Most of these materials have been discovered experimentally, but some of them have been designed with a specific purpose in mind.

The current project focuses on several mathematical aspects of physical systems that can be modeled by partial differential equations and which applicability ranges from quantum physics to fluid dynamics and economy. An essential part of the current proposal considers theoretical questions related t

This scientific proposal addresses research in the fields of harmonic analysis and inverse problems, and explores certain interactions.

This scientific proposal addresses research in the fields of harmonic analysis and inverse problems, and explores certain interactions.