Signalling over stellar distances with X-rays

Physics

Scientific paper

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Interstellar Communication, Neutron Stars, Signal Transmission, X Ray Sources, Binary Stars, Extraterrestrial Life, Gravitational Effects, Pulsed Radiation, Signal Reception

Scientific paper

It is shown in a rough calculation that a chunk of rock about 1 km in size and of mass 10 to the 13th power kg dropped onto a neutron star could produce an X-ray pulse of about 10 to the 36th power ergs, strong enough to be detectable throughout the Galaxy. An advanced civilization with mobility over a region a few parsecs in size may therefore be able to transmit a crude broadband and omnidirectional X-ray signal. Modulating the X-ray luminosity of an X-ray source may also be possible with the aid of an orbiting metal screen about one million km in size.

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