Research lines
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Mean curvature of spacelike surfaces in space-times with symmetries
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The study of hadron systems at a finite temperature close to the critical deconfinement point of matter in a quark/gluon plasma in order to understand conditions close to the ...
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Geometric evolution problems for curves and surfaces, especially those related to mean curvature, lead to interesting systems of non-linear differential equations and provide the appropriate mathematical modelling of physical processes ...
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Model identification.
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Non-linear analysis
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The development and application of collective coordinate theories for soliton equations in external fields, especially non-linear Schrödinger-, Klein-Gordon- and Dirac-type equations. The relationship between these theories and experiments in ...
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Assuming sampling in finite populations, the objective of this line is to obtain new methods for the estimation of a proportion based on nonparametric regression, and which take the sampling ...
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Study of the internal structure of hadrons, the particles that make up the atomic nucleus
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Numeric and analytical models of sediment transport in the atmosphere and in river and sea beds.
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Study of geometric properties related to the numerical range of operators: Daugavet property, alternative Daugavet property and numerical index of Banach spaces.
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High-resolution spectroscopic observations. Construction and scientific exploitation of the IRAIT Antarctic telescope at Concordia Station (Dome C, Antarctica).
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Optimisation problems in Banach spaces. Study of operators (multilinear forms, polynomials) that reach the norm
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Physical and chemical properties of low- and intermediate-mass stars. Numerical simulations
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Theoretical/computations concepts and techniques are used to:Determine the entropy of quantum systems using special-function techniques.Qualify and quantify the classical and quantum correlations, especially as regards the analysis ...
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Recently, researchers on survey sampling have proposed new methods for the estimation of parameters in the presence of auxiliary information. Theses new methodologies have the main advantage of a substantial ...
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BRDFs models and sampling techniques .Density estimation for Global Illumination.Ray-tracing efficient techniques.
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The algebraic, spectral, entropic and asymptotic properties of these functions, especially orthogonal polynomials, are studied using modern approximation theory methods. These functions characterise the physical/mathematical solutions to the equations ...
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The relationship between star formation and interstellar gas and dust, and their relationship with their surroundings for isolated galaxies and galaxy clusters. H II Regions. Kinematics and photometric properties of ...
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Galactic warps and truncations. Influence of the magnetic field. Observations in the infra-red. Understanding of the magnetism of galactic dynamics. Star populations. Properties of the gas and stars in bars
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Fundamental studies on nucleation and crystal growth kinetics with the help of laboratory experiments and computer simulations. Use of gels, capillary volumes and in microgravity, where transport and precipitation coupling ...
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