Could WIMPs Interact to Form Dark Planets and Stars?

In summary, there is limited knowledge about WIMPs and their interactions, but there is speculation that they may interact in a similar manner to "light" matter particles and condense under their own gravitational pull to form WIMP bodies. Some scientists have suggested the possibility of "dark-matter chemistry" and the formation of dark planets and stars. This could potentially lead to binary systems with one light and one dark star, or even a star orbiting an empty space due to the accretion of dark matter. However, it is unclear if WIMPs have the ability to clump together and form larger structures without some form of force to hold them together.
  • #1
MattRob
211
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WIMPs and "Ghost Planets"

There's very little known about WIMPs, from my understanding, but I believe there has been some speculation that they interact with each other less-than-weakly, and they most certainly do have a gravitational presence.

So, if WIMPs were to interact with each other in ways akin to how "light" matter particles interact with each other, wouldn't that imply that clouds of WIMPs would, much as regular matter in clouds of hydrogen and helium, condense under their gravity to form WIMP bodies (I would say "star", but that would be assuming WIMPs would undergo fusion with each other in such a configuration like light matter does)?

I just remember seeing some science news magazine speculating, based off of some published papers, on the possibility of WIMPs having their own series of interactions (strictly with other WIMPs) creating "dark-matter chemistry," but if they interacted in the same ways that normal matter does, then they'd form planets and stars.

But if they did that, then wouldn't the accretion of "light" matter into stars and planets accrete this dark matter as well, resulting in dark planets and stars?

(Imagine astronomers discovering that - a binary system where a 10-solar mass star orbits is red dwarf as though the red dwarf had 100 solar masses! All because the red dwarf accreted far more dark matter than light, resulting in a much greater gravitational presence than the other star. Or even a binary system - one star light, the other star dark, so that it appears a star orbits empty space!)
 
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  • #3
In order for them to clump together, they would have to give up energy. Unless some form of "dark" EM radiation (or some other way to give up energy) exists then I don't see it being possible.
 
  • #4
In order for things to clump there has to be some sort of force to hold them together. For WIMPS there doesn't appear to be any such force - gravity is far too weak.
 
  • #5


I find the concept of WIMPs and ghost planets intriguing and worthy of further investigation. While there is still much we do not know about WIMPs, it is possible that they could interact with each other in a similar way to regular matter, leading to the formation of WIMP bodies such as stars and planets.

If this were the case, it is also possible that these WIMP bodies could accrete regular matter during their formation, resulting in the existence of dark planets and stars. This could potentially lead to some very interesting and unexpected observations in binary systems, as mentioned in the content.

However, it is important to note that these are currently just speculations and more research and evidence is needed to support these ideas. As scientists, it is our duty to continue studying and exploring the unknown in order to gain a better understanding of the universe and its mysteries. Only through rigorous research and experimentation can we truly uncover the secrets of WIMPs and their potential interactions with regular matter.
 

1. What are WIMPs and Ghost Planets?

WIMPs (Weakly Interacting Massive Particles) are hypothetical subatomic particles that are believed to make up a large portion of the universe's dark matter. Ghost Planets, also known as rogue planets, are planets that do not orbit a star and instead drift through space.

2. How are WIMPs and Ghost Planets related?

WIMPs are thought to have played a role in the formation of ghost planets. During the early stages of a star's life, WIMPs may have caused disruptions in the protoplanetary disk, leading to the ejection of some planet-forming materials and resulting in the creation of ghost planets.

3. Can WIMPs and Ghost Planets be detected?

WIMPs have not yet been directly detected, but scientists are searching for them using various methods, such as underground detectors and particle accelerators. Ghost planets, on the other hand, can be detected through their gravitational effects on nearby objects or through the use of telescopes.

4. What are the potential implications of discovering WIMPs and Ghost Planets?

If WIMPs are confirmed to exist, it would provide a better understanding of the composition of the universe and could potentially lead to new technologies. The discovery of ghost planets could also expand our knowledge of planetary formation and add to the diversity of known planetary systems.

5. Are there any current research efforts focused on studying WIMPs and Ghost Planets?

Yes, there are ongoing research efforts and experiments dedicated to studying WIMPs and ghost planets. Multiple space missions, such as the European Space Agency's Euclid mission, are specifically targeting the detection and study of dark matter, which includes WIMPs. There are also ongoing surveys and observations to search for ghost planets within our own galaxy and beyond.

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