They are galactic figures, for most people the economic equivalent of light years or black holes, depending on one's point of view.
The above disciplines offer complex data representing physical bodies ranging in size from cellular to galactic, and behavioural processes ranging in scope from neural synapses to planetary evolution.
Likewise, phenomenal experience does not provide us with any direct representation of the structure of the physical world at other scales, such as atomic microstructure or galactic organization.
Galactic cosmic rays are believed to play a role as contributor to ozone layer chemistry, biological mutation rates, and climate.
Here, recent data on a variety of characteristic species along with a comparison between galactic and extra-galactic targets will be presented.
In this study, an effect attributable to galactic cosmic rays may be detectable in all populations as a global environmental risk.
One of these aspects is the impact of galactic cosmic rays through the planetary magnetosphere.
The study of rarefied anisotropic-pressure plasmas is important for the solar wind, galactic spiral arms, star formation, plasma jets and fusion research.
