Cosmoscopic scale

The Cosmoscopic scale is a scale of size for areas larger than the macroscopic scale.
It describes classes of objects which are larger than stars, for examples, galaxy and cosmos. It differs from the macroscopic scale by Newtonian gravitation law that cosmoscopic objects such as our Milky Way do not fully follows Newtonian gravitation law, there may be some unknown phenomenons beyond, for example, dark matter has been supposed to exist to support rapid motion of stars in outer space of galaxy. A Chinese physicist Huang Guoyou suggested that cosmoscopic scale is a length scale in which universal magnetism takes an important role as the universal gravitation. Ring galaxy is a typical cosmoscopic object without gravitation center in which universal magnetism force becomes the main force supporting the high speed of stars in the ring. So, cosmoscopic objects may have something beyond gravitation.
Other length scales include microscopic scale, macroscopic scale, mesonscopic scale, submicroscopic scale or microcosmoscopic scale.

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