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CYTUVA

GIR - Equations and Singularities (ECSING)

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Contact Information

Basic Information

  • UniversityUniversidad de Valladolid
  • Center
  • DepartmentAlgebra, Mathematical Analysis, Geometry and Topology
  • Investigation GroupEquations and Singularities (ECSING)


Description

OBJECTIVES
The ECSING research group works on basic research in
mathematics, in all its facets, with ramifications to
applied development and emphasis on the training of researchers.

The objectives are a continuation of the basic objectives that our team has been pursuing for more than fifteen years, supported by different national and European contracts. The reasons are essentially the same from the beginning, but we will point out an evolution towards moderate geometry, due to the results of J.M. Lion and the school of logicians, a reinforcement of the role of valuation theory, in relation also to the real case of Hardy's bodies, a new line of dynamic systems topology that promises more results, the arrival of J. Ribón in the study of discrete dynamic systems, on what is currently our only specialist, as well as a return to classic topics such as the polar, with the new dynamic systems perspective. The influence of Ramis and Malgrange is also relaunching the differential Galois Theorism, with a non-linear version in which we want to enter and for which we have Aroca, Mozo and J. Cano. The algorithms obtained by F. Aroca and J. Cano also bring us closer to the applied results.


Other information

Number of researchers:

6

Technological Line(s):

- Experimental sciences

Development status:

In research and development phase

Differentiation in the market:

Quality

Applicability of technology:

Yes

Additional Information:

RESEARCH: 
  • Galois theory of differential equations
  • Geometry and topology of vector fields
  • Explicit construction of solutions of ODEs and PDEs
  • Singular holomorphic foliations
  • Classification of holomorphic diffeomorphisms in several variables
  • Asymptotic developments and singularly perturbed equations
  • Reduction of singularities of foliations and vector fields
This GIR belongs to the IMUVA (Institute for Research in Mathematics of the UVa)




UNESCO Code:

1200 - Mathematics

Other members:

JOSE MANUEL AROCA HERNANDEZ-ROS
JOSE MARIA CANO TORRES
See more

MANUEL MARIANO CARNICER ARRIBAS
JORGE MOZO FERNANDEZ
FERNANDO SANZ SANCHEZ

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