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Biomathematics

Program

The aim of this course is the study of analytical and numerical methods of large application in the study of biological models. We highlight population models, dynamics of infectious diseases, pattern formation, nerve impulse transmission and the controlled liberation of medicines. The referred models are described by ordinary differential equations, partial differential equations and integral-differential equations. The study of each model will be preceded by a brief description of the underlying biological phenomenon.

Research and Events

Events

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Defended Theses

  • Deformation theory of Lie algebroids, their morphisms and applications
      Sebastián Camilo Daza Alfonso (July 2026)
      João Nuno Mestre
  • Measure and randomness in locales
      Raquel Viegas Bernardes (January 2026)
      Jorge Picado
  • Graphs associated to reduced words in classical Weyl groups
      Diogo André Cardoso Conde Soares (January 2026)
      Ricardo Mamede
      José Luís Santos
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