Theoretically, dark matter can form planets. But those hypothetical planets are invisible to us.

There is a possibility that planets formed of dark matter can explode. The idea is that dark matter is the same kind of material as visible material. But the radiation that it sends has a different wavelength than the radiation that visible material sends.

So the rules of quantum mechanics affect also dark matter. And there is always the possibility that dark matter planets are sending radiation, called "dark energy". So when dark matter forms a planet the energy travels out from that object and forms the dark energy.

In that model, planets that formed of dark matter would not be stable. And they will destroy soon after formation because energy travels out from those objects. But there is also the possibility that dark matter planets are the same way stable things as planets formed of visible material.

Dark matter reacts with visible material only with gravitation. So gravitational lensing can be the tool that uncovers planets formed of dark matter.

Supernova explosions and gravitational waves are the next-generation tools for detecting dark matter. Dark matter planets are interesting things. And if those planets existed we are facing a new type of reality. There is the possibility that those invisible planets can detect by using gravitational waves. The reason, why researchers are taking the idea of planets formed by dark matter seriously is that dark matter is not a homogenous thing.

Galaxies where is no dark matter at all prove that dark matter can form similar clouds and other structures as "regular matter". So there are galaxies with dark matter. But some galaxies have no dark matter. And in the widest visions, dark matter can form a dark universe where are planets and even invisible solar systems.

Confirming those things can make by using gravitational lensing. If dark matter planets are crossing cosmic background radiation. Those planets should turn in the direction of light. In that case, if there is no black hole or planet in the center of the gravitational lens. That thing confirms the existence of a planet formed of dark matter. But the problem is that cosmic voids or "empty bubbles" affect the direction of light.

If dark matter can form planets. That thing could explain why hypothetical "Planet 9" can hide astronomers. The theory goes like this: the thing that causes the anomalies in Neptune's trajectory is the planet that formed of dark matter. So if that thing is true, it would be the greatest thing in the history of astronomy.

In some visions, the source of dark energy is dark supernovas. The dark supernova is a hypothetical case where a star formed of dark matter explodes.

So if the dark universe is true solar systems that are invisible to us are true. That thing explains dark energy. Dark energy could be radiation that is leaving those dark stars.

The reason why dark matter is hard to detect is that it doesn't react. But if dark matter can form glimpses. So if that is true, in the universe is areas there is no dark matter. If Earth is in the middle of that kind of area. That means we cannot detect dark matter because there is no dark matter on Earth.

The thing, that makes dark matter interesting is that the only known interaction between dark and visible material is gravitation. Gravitational interaction means that there is something similar to dark- and visible material.

https://www.space.com/dark-matter-planets-blown-up-detection

https://en.wikipedia.org/wiki/Dark_matter

https://en.wikipedia.org/wiki/Planet_Nine

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