Abstract
Inside the Schwarzschild surface the line element becomes spacelike. Hence, in the present paper, the Schwarzschild black hole is considered as a spherical world of tachyons. It is assumed that tachyons are present in this world in a superdense state. In this framework a spacelike line element for this world is derived. Moreover, the scalar wavefunction of a tachyon is obtained which satisfies the Klein–Gordon equation. Expressions for transmission and reflection coefficients of a scalar tachyon wave from a Schwarzschild surface are obtained. It is found that transmission and reflection coefficients are equal. Expressions for energy and momentum of a tachyon, emitted from a Schwarzschild black hole, are also obtained.
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