Integrability of Distributions
Random Matrix Models. Orthogonal Polynomials
Differential Equations Through Symmetry
Control Theory
Our group works by providing models, tools and procedures to solve optimization problems associated with intensive data classification, paying special attention to the development of flexible models and feature selection on supporting vector machines. In order to do that, we use techniques of Linear and Nonlinear Integer Mathematical Programming.
Optimal design of discrete mathematical models and their applications.
Application of neural networks and genetic algorithms
Application of Data Mining Technology
Simulation and estimation of cosmological parameters
Mathematical modelling, asymptotic analysis, fluid mechanics and solid mechanics
Study of reliability and vulnerability in networks by applying techniques from the Graph Theory
Thin films and coatings characterization
Optical characterization of stainless steel surface
Organic contaminants in the sea environment
UV-Vis-NIR-IR Ellipsometry
Spintronics
Magnetometry
Photoluminescent materials
Nanostructured Photocatalytic Materials for water contaminants removal
Thermochromic materials
Atomic Force Microscopy (AFM)
Magnetic Nanoparticles for environmental applications
Magnetic Nanoparticles for biomedical applications
Gravitational Waves
1) Advanced Electron Microscopy for Nanomaterials characterization
2) Nanoscale analysis of nano materials for Heterogeneous Catalysis
3) Nanoscale analysis of nano materials for sensors
4) Nanoscale analysis of nano materials for Biomedicine and biotechnology
5) Development and optimization of novel methodologies for the 2D and 3D characterization of Nano and Bio materials by Advanced Transmission and Scanning Transmission Electron Microscopy
6) Electron Tomography of Nanostructured Materials
Porous medium equation.
Navier-Stokes equations.
Elliptical and non-linear parabolic equations.
Partial differential equations in Orlicz-Sobolev spaces.
Primitive equations of the ocean.
Stochastic risk assessment of nuclear waste storage.
Mathematical tools for the extraction, manipulation and prediction of information in databases.
Turbulence modelling.
Thermistor problem.
Formal processing of relational information systems.
Heat treatment of steel.
Fuzzy sets. Fuzzy logic.
- CLIL at university/Integrating Content and Language in Higher Education (ICLHE)/English as a Medium of instruction (EMI).
- Mobile-assisted and computer-assisted foreign language learning (MALL and CALL).
- English as a lingua franca (EFL), English as an international language (EIL), English for specific purposes (ESP) and English for academic purposes (EAP).
- English in the international context.
- The use of technology for second language teaching and assessment.
- Innovative teaching methodologies and second language testing tools.
Multiple literacies
Contribution of linguistic competence to non-linguistic areas (ANL)
From initial to academic literacy
From reading comprehension to literary competence
Didactics of grammar
Design, development and implementation of the curriculum
Lexical availability and teaching of language and literature
Spanish as a Foreign Language (ELE)
Teaching and learning Spanish language and literature
Initial training and teacher development in DLL
Reading and Literary Education
Characterization and recovery of NORM (Naturally Occurring Radioactive Materials) waste
Dating of sedimentary columns
Radionuclide distribution in coastal sediments.
Evaluation of the radioactive impact produced by NORM industries
Seabed interface phenomena
Numerical methods for modelling in Oceanography, Environment and Engineering
Radionuclide migration in sedimentary columns
Sedimentation processes using radionuclides
Low temperature thermochronology by means of fission traces
- Deepen in the knowledge of Oceanography;
- Wind waves,
- currents,
- temperature,
- sediment transport,
- coastal floods,
- tides,
- climate trends,
- numerical models
- Operatiobnal Oceanography
- remote sensing