We consider the covariant Klein-Gordon equation (□ g g+ m 2) φ= 0 of mass m≥ 0 on the
exterior Schwarzschild spacetime of mass M. We introduce and study a set of outer and …

C~ n/en/s. I. Introduction. 2. The held equation and its asymptottc forms. 3. Classical
solutions. 4. The wave operators. 5. Interpretation of 12: on the Kruskal manifold. 6. The …

C~ n/en/s. I. Introduction. 2. The held equation and its asymptottc forms. 3. Classical
solutions. 4. The wave operators. 5. Interpretation of 12: on the Kruskal manifold. 6. The …

Classical and quantum scattering theory for linear scalar fields on the Schwarzschild metric, 1
- CERN Document Server CERN Accelerating science Sign in Directory CERN Document …

[en] We consider the covariant Klein-Gordon equation (D'Alembertian/sub g/+ m 2) phi= 0 of
mass m≥ 0 on the exterior Schwarzschild spacetime of mass M. We introduce and study a …

Classical and quantum scattering theory for linear scalar fields on the Schwarzschild metric
I CNRS Inist Pascal-Francis CNRS Pascal and Francis Bibliographic Databases Simple …

We consider the covariant Klein-Gordon equation (D'Alembertian/sub g/+ m/sup 2/) phi= 0 of
mass mgreater than or equal to0 on the exterior Schwarzschild spacetime of mass M. We …

We consider the covariant Klein-Gordon equation (□ g g+ m 2) φ= 0 of mass m≥ 0 on the
exterior Schwarzschild spacetime of mass M. We introduce and study a set of outer and …