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【悦读】4.10起悦读机经(4.21 更新至46篇 17:03)

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631#
发表于 2016-4-17 22:06:01 | 只看该作者
Mark一下!               
632#
发表于 2016-4-17 22:58:34 | 只看该作者
感谢整理的小伙伴和楼主,还有贡献狗狗的战友。谢谢你们
633#
发表于 2016-4-17 23:33:34 | 只看该作者
多谢分享:)
634#
发表于 2016-4-17 23:36:46 | 只看该作者
同意!               
635#
发表于 2016-4-17 23:51:38 | 只看该作者
thanks!!!!!!!!
636#
发表于 2016-4-18 01:46:47 | 只看该作者
ganxeiganxie!!!!!!
637#
发表于 2016-4-18 02:46:44 | 只看该作者
加油加油
638#
发表于 2016-4-18 03:00:08 | 只看该作者
多谢辛苦啦
639#
发表于 2016-4-18 04:40:55 | 只看该作者
We examine recent results of two kinds of microlensing experiments intended to detect galactic dark matter objects, and we suggest that the lack of short period star-microlensing events observed for stars near the Galaxy does not preclude either the ``rogue planets'' identified from quasar-microlensing by Schild 1996 as the missing-mass of a lens galaxy, or the clumps of such objects predicted by the new Gibson 1996-2000 hydro-gravitational theory as the inner-halo galactic dark matter. We point out that such micro-brown-dwarfs in nonlinear accretional cascades to form stars give intermittent lognormal number density n_p distributions. Hence, star-microlensing searches that focus on a small fraction of the sky and assume a uniform distribution for n_p are subject to undersampling errors. Sparse independent samples give modes smaller than means of the highly skewed lognormal distributions expected. Quasar-microlensing searches with higher optical depths are less affected by intermittency. We attempt to reconcile the results of the star-microlensing and quasar-microlensing studies. We conclude that star microlensing searches cannot exclude and are unlikely to even detect these objects so easily observed by quasar-microlensing and so robustly predicted by the new theory.
640#
发表于 2016-4-18 05:29:42 | 只看该作者
Mark一下!               
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