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The first deep X-ray and optical observations of the closest isolated radio pulsar

机译:第一深X射线和最近的孤立无线电脉冲的光学观察

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With a distance of 170 pc, PSR J2144-3933 is the closest isolated radio pulsar currently known. It is also the slowest and least energetic radio pulsar; indeed, its radio emission is difficult to account for with standard pulsar models, since its position in the P-P diagram is far beyond typical "death lines". Here we present the first deep X-ray and optical observations of PSRJ2144-3933, performed in 2009 with XMM-Newton and the VLT, from which we can set one of the most robust upper limits on the surface temperature of a neutron star. We have also explored the possibility of measuring the neutron star mass from the gravitational lensing effect on a background optical source.
机译:通过距离为170 PC,PSR J2144-3933是当前已知的最接近的隔离式无线电脉冲条。它也是最慢的最慢和最良好的无线电脉冲条件;实际上,它的无线电发射难以考虑标准脉冲模型,因为它在P-P图中的位置远远超出典型的“死线”。在这里,我们介绍了PSRJ2144-3933的第一个深的X射线和光学观察,2009年与XMM-Newton和VLT进行,我们可以从中设置最强大的上部气温的上限之一。我们还探讨了在背景光源上从重力透镜效果测量中子星质量的可能性。

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