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Compact Clumps of Dark Matter Near the Solar Surface

机译:在太阳能表面附近的暗物质紧凑丛

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The solar surface oscillations observed in the Crimean Astrophysical Observatory (CrAO) at the frequency 104.1890 mu Hz and in the Solar and Heliospheric Observatory (SoHO) at 220.72 mu Hz are considered as a result of existence of Compact Clumps of Dark Matter (CCDM) at orbits near the solar surface. These CCDM have to emit Gravitational Waves (GW) which are estimated to be the most intensive ones expected in the vicinity of the Earth and can be easily detected in the near future by means of the Evolved Laser Interferometer Space Antenna (eLISA). In addition to CCDMCrAO and CCDMSoHO some other CCDM may exist in the solar structure. It is shown that GW radiated by most of these CCDM could be detected by eLISA even if the respective solar surface oscillations are too small to be observed.
机译:克里米亚天体物理观测台(CrAO)观测到的太阳表面振荡频率为104.1890μHz,太阳和日光层观测台(SoHO)观测到的太阳表面振荡频率为220.72μHz,这被认为是太阳表面附近轨道上存在致密暗物质团(CCDM)的结果。这些CCDM必须发射引力波(GW),据估计,引力波是地球附近最密集的引力波,在不久的将来可以通过进化的激光干涉仪空间天线(eLISA)轻松探测到。除了CCDMCrAO和CCDMSoHO之外,太阳结构中还可能存在一些其他CCDM。结果表明,即使各自的太阳表面振荡太小而无法观测,大多数CCDM辐射的GW也可以通过eLISA检测到。

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