Can the universe be conscious?

Intelligent universe is a philosophical model about the purpose of the universe.

The universe's consciousness or Intelligent universe theory is one of the most interesting philosophical ideas in history. The idea of that theory or hypothesis or model, how we can say those very big things depends on the writer or talker. The intelligent universe could be a network of black holes that form and oscillate at the same frequency. That network acts like a quantum computer.

But could that kind of system form spontaneously? That is an interesting question. Or could there be some kind of civilization that could create a network of black holes? In that model the Einstein-Rose bridges between those black holes transport information between those black holes. And that thing forms the universe-size quantum computer.

The intelligent universe is a philosophical model that is created to answer the question, what is the universe's purpose? And that thing causes one induction thought. That thought is this: could this kind of network of black holes serve some kind of civilization like "creator civilization"?

Could it form spontaneously, or could some civilization have the technology to create that kind of data processing and information exchange tool? The intelligent universe as well as simulated reality. Or simulated Universe are interesting things.

But the weakness in the last one is the motivation. Who would create the ultimate simulation called the universe? And if we live in a simulation, why and by whom that simulation created? But we must keep our minds open.

Can the universe be conscious? Can it be a giant quantum computer?

That is a good question. In some theories, the black holes form qubits through the wormholes. And that thing can turn the entire universe into a giant quantum computer. Black holes are excellent qubits. And if two black holes with different masses oscillate with the same frequency. That allows them to form the quantum entanglement. In that system gravitational waves or Einstein-Rose bridge called "wormhole" transports information between those two black holes.

The idea is that there could be a universe-size network of black holes. And then we must ask another question: can that giant network affect humans or even individual planets? The model of that black hole network consists of thousands of billions of different size black holes from the hyper massive galactic-size black holes to the tiniest quantum-size black holes.

The requirement for that network's existence is that those black holes oscillate at the same frequency. The intelligent universe theory is fascinating. But the problem is that this kind of intelligent organism is enormous. And if the intelligent universe is real, we probably need an enormous power to create a message that reaches this creature's consciousness.

And we still cannot reach that energy level. The idea of an intelligent universe is interesting, but the universe is so big that maybe, it can affect only galactic-size entireties. So Earth or single planetary systems are too small for that creature. But those theories are interesting thinking games. The purpose of life is an interesting question. And the purpose of the universe is an even more interesting question.

Is the universe's purpose just being? Being for nothing without purpose is something very interesting. That is one of the biggest things in philosophy. Can something exist without purpose? And if the purpose of existence is just to serve something very big, we must remember that very big must have some work for us.

And that thing requires the ability to communicate with us. And if the universe is intelligent, we are facing another interesting thing. We are smaller things than atoms in that hypothetical creature's body. That creature will not see us. And then again, can we believe that the universe exists only for us? If it is really intelligent who made it?

https://bigthink.com/13-8/panpsychism-universe-purpose-philosopher-philip-goff/

https://www.euronews.com/next/2023/11/04/are-we-living-in-a-computer-simulation-this-physicist-says-his-study-supports-the-theory

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