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  1. Electric Field in a Gravitational Field.Amos Harpaz - 2007 - Foundations of Physics 37 (4-5):763-772.
    The potential of a static electric charge located in a Schwarzschild gravitational field is given by Linet. The expressions for the field lines derived from this potential are calculated by numerical integration and drawn for different locations of the static charge in the gravitational field. The field lines calculated for a charge located very close to the central mass can be compared to those calculated by Hanni–Ruffini. Maxwell equations are used to analyze the dynamics of the falling electric field in (...)
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  • A Coaccelerated Observer.Amos Harpaz & Noam Soker - 2005 - Foundations of Physics 35 (9):1521-1531.
    We analyze the situation of an observer coaccelerated relative to a linearly accelerated charge, in order to find whether he can observe the radiation emitted from the accelerated charge. It is found that the seemingly special situation of the coaccelerated observer relative to any other observer, is deduced from a wrong use of the retarded coordinate system, when such a system is inadmissible. It is also found that the coaccelerated observer has no special position other than any other observer, and (...)
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  • On the Relativistic Transformation of Force.Alexander L. Kholmetskii - 2005 - Apeiron 12 (2):178.
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