Tesis doctorales

Tesis doctorales defendidas

  1. Computational methods to solve many-body problems from first principles: a focus on the electron-phonon interaction. Jon Lafuente Bartolomé. UPV/EHU 2020. Tesis internacional. Directores: Asier Eiguren Goyenechea e Idoia García de Gurtubay Gálligo

  2. Spin-dependent and non-adiabatic phenomena related to the electron-phonon interaction in nanostructures with strong relativistic corrections. Peio García Goiricelaya. UPV/EHU 2020. Directores: Asier Eiguren Goyenechea e Idoia García de Gurtubay Gálligo

  3. Nonadiabatic effects in adsorbate-surface interactions from first principles. Dino Novko. UPV/EHU 2017. Tesis internacional. Directora: María Blanco Rey

  4. Análisis estructural de aleaciones ligeras de boro y As2Te3 a altas presiones. Ainhoa Suárez Alcubilla. UPV/EHU 2016. Directores: Idoia García de Gurtubay Gálligo y Aitor Bergara Jauregui.

  5. Applications of maximally localized wannier functions: spin-flip excitations, plasmon dispersion and tight binding models for optical lattices. Ibáñez Azpiroz, Julen. UPV/EHU 2013. Directores: Asier Eiguren Goyenechea y Aitor Bergara Jauregui.
     

Tesis doctorales en curso

  1. Spin-phonon coupling and spin lifetime in surface addatoms. Haritz Garai Marin. Directores: Asier Eiguren Goyenechea y Julen Ibañez-Azpiroz 

  2. Fermi Surface Anisotropy and Strong Correlation by Ab-Initio Methods and Numerical Renormalization Group. Aitor Calvo. Directores: María Blanco Rey y Asier Eiguren Goyenechea