Publications of the Geometric Analysis and Gravitation Division

Journal Article (591)

  1. 561.
    Ehlers, J.: Leben und Werk Albert Einsteins. Umschau in Wissenschaft und Technik 79 (1), pp. 7 - 10 (1979)
  2. 562.
    Ehlers, J.: Albert Einstein. The UNESCO Courier May, pp. 4 - 8 (1979)
  3. 563.
    Ehlers, J.; Köhler, E.: Path structures on manifolds. Journal of Mathematical Physics 18 (10), pp. 2014 - 2018 (1977)
  4. 564.
    Ehlers, J.; Rudolph, E.: Dynamics of extended bodies in general relativity center-of-mass description and quasirigidity. General Relativity and Gravitation 8 (3), pp. 197 - 217 (1977)
  5. 565.
    Ehlers, J.; Rosenblum, A.; Goldberg, J. N.; Havas, P.: Comments on gravitational radiation damping and energy loss in binary systems. Astrophysical Journal 208 (2), pp. L77 - L81 (1976)
  6. 566.
    Börner, G.; Ehlers, J.; Rudolph, E.: Relativistic spin precession in two-body systems. Astronomy and Astrophysics 44 (2), pp. 417 - 420 (1975)
  7. 567.
    Ehlers, J.: The geometry of the (modified) GHP-formalism. Communications in Mathematical Physics 37 (4), pp. 327 - 329 (1974)
  8. 568.
    Ehlers, J.; Schild, A.: Geometry in a manifold with projective structure. Communications in Mathematical Physics 32 (2), pp. 119 - 146 (1973)
  9. 569.
    Ehlers, J.; Rindler, W.: An Electromagnetic Thirring Problem. Physical Review D 4 (12), pp. 3543 - 3552 (1971)
  10. 570.
    Ehlers, J.; Rindler, W.: A gravitationally induced (machian) magnetic field. Physics Letters A 32 (4), pp. 257 - 258 (1970)
  11. 571.
    Andersson, L.; Barbot, T.; Beguin, F.; Zeghib, A.: Cosmological time versus CMC time I: Flat spacetimes.
  12. 572.
    Andersson, L.; Barbot, T.; Beguin, F.; Zeghib, A.: Cosmological time versus CMC time II: the de Sitter and anti-de Sitter cases.
  13. 573.
    Lai, C. W.; Choptuik, M. W.: Final Fate of Subcritical Evolutions of Boson Stars.
  14. 574.
    Mazzeo, R.; Saez, M.: Self similar expanding solutions of the planar network flow.
  15. 575.
    Milbredt, O.: The Cauchy Problem for Membranes. Classical and Quantum Gravity
  16. 576.
    Petroff, D.; Ansorg, M.: The Extreme Distortion of Black Holes due to Matter.
  17. 577.
    Saez Trumper, M.: Existence of a solution to a vector-valued Ginzburg-Landau equation with a three well potential. Indiana University Mathematical Journal
  18. 578.
    Szpak, N.: Quasinormal mode expansion and the exact solution of the Cauchy problem for wave equations.
  19. 579.
    Szpak, N.: Weighted-L∞ and pointwise space-time decay estimates for wave equations with potentials and initial data of low regularity. Journal of Hyperbolic Differential Equations
  20. 580.
    Szpak, N.: Simple proof of a useful pointwise estimate for the wave equation. Letters in Mathematical Physics
 
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