Pàgina Web  Joan J. Ferrando

Departament d'Astronomia i Astrofísica
Universitat de València

46100 Burjassot (València) Spain
Tel: (34)-96-354-3067
Fax: (34)-96-354-3084

e-mail:
joan.ferrando@uv.es

 

Gravitation

  • Type D vacuum solutions: a new intrinsic approach. GRG arXiv

  • A note on static metrics: the degenerate case. CQG arXiv

  • On the super-energy radiative gravitational fields. CQG arXiv

  • On the Bel radiative gravitational fields. CQG arXiv

  • An intrinsic characterization of 2 + 2 warped spacetimes. CQG arXiv

  • An intrinsic characterization of spherically symmetric spacetimes. CQG arXiv

  • An intrinsic characterization of the Kerr metric. CQG arXiv

  • Obtaining the Weyl tensor from the Bel–Robinson tensor. GRG arXiv

  • On the algebraic types of the Bel–Robinson tensor. GRG arXiv

  • On the invariant symmetries of the D-metrics (Ferrando & Sáez). PDF JMP

  • Rainich theory for type D aligned Einstein-Maxwell solutions (Ferrando & Sáez). PDF GRG

  • On the space-times admitting two shear-free geodesic null congruences (Ferrando & Sáez). PDF GRG

  • Type I vacuum solutions with aligned Papapetrou fields: an intrinsic characterization (Ferrando & Sáez). PDF JMP

  • On the Weyl transverse frames in type I space-times (Ferrando & Sáez). PDF GRG

  • Aligned electric and magnetic Weyl fields (Ferrando & Sáez). PDF GRG

  • On the classification of type D spacetimes (Ferrando & Sáez). PDF JMP

  • Vacuum type I spacetimes and aligned Papapetrou fields: symmetries (Ferrando & Sáez). PDF CQG

  • Gravito-magnetic vacuum spacetimes: kinematic restrictions (Ferrando & Sáez). PDF CQG

  • On Weyl-electric and Weyl-magnetic spacetimes (Ferrando & Sáez). PDF CQG

  • Covariant determination of the Weyl tensor geometry (Ferrando, Morales & Sáez). PDF CQG

  • An intrinsic characterization of the Schwarzschild metric (Ferrando & Sáez). PDF CQG

  • A covariant determination of the Weyl canonical frames in Petrov type I spacetimes (Ferrando & Sáez). PDF CQG

  • Method to obtain shear-free two-fluid solutions of Einstein's equations (Ferrando, Morales & Portilla). PDF PRD

  • The Newtonian Point Particle (Coll & Ferrando). PDF