k Illustration of the pulsar PSR125712 centre as seen from its innermost planet bottom. Two planets with masses of 2.8 and 3.4 terrestrial masses were found orbiting at a distance of 0.47 AU and 0.36 AU from the pulsar 1 AU 1 Astronomical Unit about 150 million km. The interaction between the planets and the pulsar was detected as a periodic change in the rotational period of the pulsar. Pulsars are neutron stars and their main feature is the emission of a flash of energy concentrated into a narrow beam. They are usually found in binary stellar systems and their strong gravitational force extracts gas pink clouds from the companion star. Reference Nature Vol. 355 911992, pag. 145. Editorial Stock Photo - Afloimages
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Illustration of the pulsar PSR1257+12 (centre) as seen from its innermost planet (bottom). Two planets with masses of 2.8 and 3.4 terrestrial masses were found orbiting at a distance of 0.47 AU and 0.36 AU from the pulsar (1 AU = 1 Astronomical Unit - about 150 million km). The interaction between the planets and the pulsar was detected as a periodic change in the rotational period of the pulsar. Pulsars are neutron stars and their main feature is the emission of a flash of energy concentrated into a narrow beam. They are usually found in binary stellar systems and their strong gravitational force extracts gas (pink clouds) from the companion star. Reference: Nature Vol. 355 9-1-1992, pag. 145.
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Illustration of the pulsar PSR1257+12 (centre) as seen from its innermost planet (bottom). Two planets with masses of 2.8 and 3.4 terrestrial masses were found orbiting at a distance of 0.47 AU and 0.36 AU from the pulsar (1 AU = 1 Astronomical Unit - about 150 million km). The interaction between the planets and the pulsar was detected as a periodic change in the rotational period of the pulsar. Pulsars are neutron stars and their main feature is the emission of a flash of energy concentrated into a narrow beam. They are usually found in binary stellar systems and their strong gravitational force extracts gas (pink clouds) from the companion star. Reference: Nature Vol. 355 9-1-1992, pag. 145.

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