Necessary and sufficient conditions for matter clumping into heavenly bodies?

  • Thread starter ImaLooser
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In summary, the necessary and sufficient conditions for matter to clump into heavenly bodies involve particles that attract one another but do not merge, with the attraction acting like a spring to absorb energy. It is also necessary for particles to influence each other and release kinetic energy through collisions. This principle of "like likes like" has been demonstrated by Norio Ise and has implications for various fields of study such as the formation of clouds and the origin of life.
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ImaLooser
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More generally, what are the necessary and sufficient conditions for matter to clump into heavenly bodies?

I don't know, but I'll guess. It seems sufficient to have particles that attract one another but don't actually merge. Let's focus on two particles. The attraction between the particles acts like a spring which absorbs energy.

As for necessary, there has to be some way that particles influence one another to get rid of kinetic energy relative to one another.
 
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The energy is radiated away as EM radiation as the particles collide with each other. This allows them to shed their energy and collapse.
 
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Richard Feynman, among other things, was noted for his statement that, "Like likes like".
This means that like-charged particles or molecules attract one another because of an intermediate of opposite charges. This has been demonstrated in an aqueous environment by Norio Ise. This principle has interesting implications for my interest in the formation of clouds, and probably for others in the area of origin of life, and really over a broad range of physics, chemistry, and engineering.
http://pubs.rsc.org/en/Content/ArticleLanding/2010/CP/c000729c
http://faculty.washington.edu/ghp/research-themes/origin-of-life/

Respectfully submitted,
Steve
 

FAQ: Necessary and sufficient conditions for matter clumping into heavenly bodies?

What is clumping of matter?

Clumping of matter refers to the phenomenon in which particles or objects come together to form larger clusters or aggregates.

What causes clumping of matter?

Clumping of matter can be caused by a variety of factors, including gravitational attraction, electrostatic forces, and chemical bonding.

What are some examples of clumping of matter?

Examples of clumping of matter include the formation of planets and stars from gas and dust particles in space, the aggregation of cells to form tissues and organs in living organisms, and the clumping of particles in suspensions or colloids.

Is clumping of matter reversible?

In some cases, clumping of matter can be reversible, such as when particles in a suspension settle and then can be easily re-dispersed. However, in other cases, clumping can be irreversible, such as when particles form a solid or semi-solid mass through chemical bonding.

How does clumping of matter affect the properties of a substance?

Clumping of matter can greatly affect the properties of a substance. For example, clumping can increase the density and strength of a material, alter its electrical conductivity, and change its optical properties. Clumping can also affect the reactivity and solubility of a substance.

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