太阳下质量暗物质晕的引力纳米透镜效应
Gravitational Nanolensing from Subsolar Mass Dark Matter Halos
摘要:
我们调查的可行性提取的引力纳米透镜信号,由于银河系大小的暗物质晕内的太阳下质量晕的存在。我们表明,在透镜星系的太阳下质量晕可以引起较短的持续时间和较小的振幅比恒星引起的微透镜事件的强烈的纳米透镜事件。我们开发的技术,可用于未来的调查,如泛星,LSST和欧米茄搜索太阳下质量晕的nanolensing信号。
英文摘要:
We investigate the feasibility of extracting the gravitational nanolensing signal due to the presence of subsolar mass halos within galaxy-sized dark matter halos. We show that subsolar mass halos in a lensing galaxy can cause strong nanolensing events with shorter durations and smaller amplitudes than microlensing events caused by stars. We develop techniques that can be used in future surveys such as Pan-STARRS, LSST and OMEGA to search for the nanolensing signal from subsolar mass halos.
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