Seven doctors 3 seniors 4 juniors

The research has been focussed in mathematical models of diffusion, tumour evolution etc. The methods used have been: Group transformations. Reductions. Conservation laws . etc

Journal papers 189

Conferences 175

Grants 75

Chapterss 72

Deva Evaluation 2017 : 20,50

.Scientific Quality

From 0 to 18: 17

Transfer

From 0 to 3,5: 3,5

2018-2020

34 journal papers

6 chapters

32 conferences

Grants:

Recaida 0 PR-214 FECYT

DIV201-002

ITI-0038-2019

Group transformations:symmetries and equivalence transformations.

Conservation laws.

Nonclassical method. Potential symmetries.

Mathematical modelling of chemotherapy resistance in tumor development.

Exact solutions,Quañitative analysis.

Nonlinear waves and solitons.

Nonlocal symmetries and nonlocal related systems.

Diffusion systems: bacterial growth, tumor evolution. Other models from physics, medicine, engineering and economy.

- Symmetry transformation groups applied to PDEs and ODEs: reductions.
- Generalizations: non-classical methods and potential symmetries.
- Direct methods to obtain exact solutions.
- Non-linear waves studies and solitons.
- Qualitative analysis.
- Conservation laws.
- Non-local symmetries and non-locally-related systems.
- Diffusion systems. Model studies.
- Mathematical modelling of hematopoiesis and leukemia: dynamics and treatments.
- Data analysis (clustering techniques, heterogeneity of spatially distributed data, etc.) and machine learning strategies.