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Planets around Pulsars

机译:脉冲星周围的行星

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摘要

In 1992 the first extrasolar planets were discovered. But unlike expected, these planets were not located around normal stars. The central object of the system that is now known to consist of (at least) three planets, is a radio pulsar. This discovery was possible due to the unique precision of pulsar timing which allows us to detect even asteroid-sized bodies around pulsars. If sensitivity is not a problem, where are the other systems? Only one further pulsar planetary system is known, raising the question about the formation processes of pulsar planets and their conditions. In the future, we can expect to perform a 'complete' census of pulsar planets in the Galaxy, promising to answer the open questions once and for all.
机译:1992年,发现了第一个额外的行星。但与预期不同,这些行星不在正常恒星周围。现在已知由(至少)三个行星组成的系统的中心对象是无线电脉冲条件。由于脉冲星定时的独特精度,这一发现是可能的,这使我们能够在脉冲节周围检测甚至是小行星尺寸的体。如果敏感性不是问题,其他系统在哪里?只知道一个进一步的脉冲星形系统,提高了关于脉冲星行星的形成过程的问题及其条件。在未来,我们可以期望在银河系中执行“完整”普罗萨行星人口普查,承诺为所有人回答开放性问题。

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