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  CLC: like-likes-like body force between Debye cells causes dusty plasma collapse.
- There are only three forces operative at the macroscopic level:
- Gravity
- It's too weak (see the Observations).
- Magnetic Force
- Magnetism has been detected, but it's extremely slight.
- Electric Force
- The electric force is also present, since the matter is photo-ionized, and forms into Debye cells, with negatively charged dust grains surrounded by positively charged plasma.
- The dust grains then have a mutual attraction to the positive charges in their shared sheaths, resulted in what Feynman called the Paradoxical Force, or the "like-likes-like" principle.
- The significance of nearby supernovae is that they increase the degree of photo-ionization, thereby increasing the body force from the like-likes-like principle.
- Turbulence from the supernova ejecta stretches portions of the dusty plasma into filaments. These are more likely to collapse than evenly dispersed matter, because the like-likes-like force is greater in a filament.
- Matter collapsing inward along a filament then generates the magnetic fields that have been detected. But these are effects, not causes.
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