Communications publiées lors de congrès ou colloques nationaux et internationaux (27)
  1. 27. Englert, F. (1960). Effective hamiltonian formalism in the exciton problem and in superconductivity. Proceedings of the International Conference on Semiconductor Physics (p. 34) (Prague).
    2.   Rapports de recherche, comptes rendus, lettres à l'éditeur, working papers (7)
  2. 1. Englert, F. (1994). The black hole history in tamed vacuum.
  3. 2. Englert, F. (1977). Electric and Magnetic Confinement Schemes.
  4. 3. Englert, F. (1976). Mechanisms of dynamical symmetry breaking. In International Center for Theoretical Physics reports 30.
  5. 4. Englert, F., Gunzig, E., & Windey, P. (1974). A Theory of Gravitation with Dynamical Symmetry Breaking.
  6. 5. Brout, H. R., Englert, F., & Stern, H. (1966). Foundations Of The Bootstrap Theory.
  7. 6. Brout, H. R., & Englert, F. (1965). Origin Of Interaction In Vacuum Instability.
  8. 7. Englert, F. (1958). Interaction entre un petit et un grand système Hamiltonien effectif; polarisation et absorption. Il Nuovo cimento, 10(3), 560-562. doi:10.1007/BF02859846
    9.   Participations à des congrès et colloques internationaux (3)
  9. 1. Englert, F., & Houart, L. (2008). The emergence of fermions and the E11 content. Paper session presented at Workshop on quantum mechanics of fundamental systems : the quest for beauty and simplicity: dedicated to Claudio Bunster on the occasion of his 60th birthday (10-11 Jan 2008: Valdivia, Chile).
  10. 2. Englert, F. (2002). A brief course in spontaneous symmetry breaking. 2- Modern Times: The BEH mechanism. Paper session presented at Corfu summer institute on elementary particle physics (31 Aug - 20 Sep 2001: Corfu, Greece).
  11. 3. Englert, F., Houart, L., & Taormina, A. (2002). The bosonic ancestor of closed and open fermionic strings. Paper session presented at Meeting on strings and gravity: Tying the forces together (19-21 Oct 2001: Brussels, Belgium).
    12.   Thèses et mémoires (1)
  12. 1. Englert, F. (1959). Etude d'un petit système quantique plongé dans un milieu faiblement dissipatif. Théorie générale et applications (Thèse doctorale non-publiée). Université libre de Bruxelles, Faculté des sciences, Bruxelles.
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