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Anisotropic distribution of space pulsar velocities

机译:空间脉冲星速度的各向异性分布

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On the base of new data it is shown that the observed proper motions and directions of the tangential velocities of pulsars manifest the extremely anisotropic distributions. These anisotropies cannot be explained by the structure of our Galaxy or by various types of solar motions. They can be caused by the cosmological vector potential and the action of the new force. This force must be stronger in higher magnetic fields. The positive correlation between tangential velocities V_t and surface magnetic fields of pulsars B_s is seen indeed. It is shown that the new force can provide pulsar velocities up to several thousands of km/sec.
机译:根据新的数据表明,观测到的脉冲星切线速度的正确运动和方向表现出极各向异性的分布。这些各向异性不能用我们的银河系的结构或各种太阳运动来解释。它们可能是由宇宙矢量势和新力的作用引起的。在更高的磁场中,该力必须更大。实际上,切向速度V_t和脉冲星B_s的表面磁场之间存在正相关。结果表明,新力可以提供高达数千公里/秒的脉冲星速度。

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