Zuzendutako tesiak (12) Taldeko kideek zuzendu dituzten tesiak

2024

  1. Zermelo's problem, Finsler spacetimes and applications

    Pendás Recondo, Enrique

    Tesiaren zuzendaria MIGUEL SÁNCHEZ CAJA

2023

  1. Problemas sobre flujos por curvatura extrínseca no lineales

    Torres Santaella, José Gabriel

    Tesiaren zuzendaria FRANCISCO MARTÍN SERRANO

2020

  1. An Integral Representation of the Massive Dirac Propagator in the Nonextreme Kerr Geometry in Horizon-penetrating Coordinates

    Röken, Christian

    Tesiaren zuzendaria MIGUEL SÁNCHEZ CAJA
  2. Problems about Mean Curvature in R^{n+1}

    Souza Gama, Eddygledson

    Tesiaren zuzendaria FRANCISCO MARTÍN SERRANO

2018

  1. Some global causal properties of certain classes of spacetimes

    Aké Hau, Luis Alberto

    Tesiaren zuzendaria MIGUEL SÁNCHEZ CAJA y JOSÉ LUIS FLORES DORADO
  2. Mean curvature of a spacelike hypersurface in a spacetime with certain causal symmetries

    Sánchez Pelegrín, José Antonio

    Tesiaren zuzendaria ALFONSO ROMERO SARABIA

2016

  1. Some problems on prescribed mean curvature and kinematics in general relativity

    de la Fuente Benito, Daniel

    Tesiaren zuzendaria PEDRO JOSÉ TORRES VILLARROYA y ALFONSO ROMERO SARABIA
  2. Translating solitons of the mean curvature flow

    Pérez García, Jesús

    Tesiaren zuzendaria FRANCISCO MARTÍN SERRANO

2015

  1. Uniqueness of maximal hypersurfaces in open spacetimes and Calabi-Bernstein type problems

    Salamanca Jurado, Juan Jesús

    Tesiaren zuzendaria ALFONSO ROMERO SARABIA

2012

  1. Brinkmann and lorentzian second-order symmetric spaces

    Fernández Blanco, Oihane

    Tesiaren zuzendaria MIGUEL SÁNCHEZ CAJA

2011

  1. The causal boundary of a spacetime and new boundaries in differential geometry

    HERRERA FERNANDEZ, JONATAN

    Tesiaren zuzendaria JOSÉ LUIS FLORES DORADO y MIGUEL SÁNCHEZ CAJA

2003

  1. Puntos conjugados de geodésicas luminosas en variedades de Lorentz

    PALOMO RUIZ FRANCISCO JOSÉ

    Tesiaren zuzendaria ALFONSO ROMERO SARABIA