Are Quantum Fluctuations Valid Causes for Universe Creation?

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In summary, the conversation discusses the concept of quantum fluctuations being a potential cause for the creation of our universe. Objections are raised regarding the likelihood of this occurring and the frequency of new universes being inversely proportional to their likelihood. Additionally, it is suggested that fluctuations of sufficient magnitude to spawn a universe may occur very rarely. The possibility of multiple universes popping in and out of existence is also mentioned, with the idea that we may not be able to observe them due to their zero total energy. The conversation concludes with the statement that the probability of a massive universe randomly popping into existence is extremely unlikely.
  • #1
momo666
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You have this paper: https://arxiv.org/abs/1404.1207
I acknowledge that the "nothing" in this paper is not the "nothing" philosophers talk about.

We have the following objections:
1) Quantum fluctuations are a feature of our Universe so you can't use them as a cause for what brought our Universe into existence.
2)If this were true, we would see Universes popping our into existence all the time.

What are your thoughts?
 
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  • #2
1) Do we know that QFs were not around before the BB?
2) Frequency of new universes would be inversely proportional to the likelihood of them happening.

Take the example of a particle spontaneously tunnelling through a barrier. Sure, it happens all the time with electrons. It could - in theory - happen to a billiard ball through a pool table - but it would take longer than the lifetime of the universe to happen.

Perhaps fluctuations of a magnitude sufficient to spawn a universe only occur once every quadrillion years.
 
  • #3
2) Universes may be popping in and out of existence all the time. If they have zero total energy, we would have no way to observe them from where we are. A billion billion universes may have been made in your finger as you type.
 
  • #4
From a QM point of view, the probability of a anything popping into existence via a quantum fluctuation is inversely proportionate to its mass. A Boltzmann brain or massive universe, like our own, randomly popping into existence is obscenely unlikely.
 

Related to Are Quantum Fluctuations Valid Causes for Universe Creation?

1. Are objections considered valid in the scientific community?

Yes, objections are an important part of the scientific process. Scientists are encouraged to question and challenge existing theories and findings in order to advance knowledge and understanding.

2. How do scientists determine if objections are valid?

Scientists use evidence, data, and logical reasoning to evaluate objections. They may conduct further experiments or research to address the objection and determine its validity.

3. Can objections be subjective or biased?

Yes, objections can sometimes be influenced by personal beliefs or biases. This is why it is important for scientists to use objective methods and evidence to evaluate objections.

4. What happens if an objection is found to be valid?

If an objection is found to be valid, it may lead to a revision or rejection of the existing theory or finding. This can ultimately contribute to the advancement of scientific knowledge.

5. Are objections always resolved in the scientific community?

No, not all objections are resolved. Some may remain as ongoing debates or areas of uncertainty within the scientific community. However, the acknowledgement and consideration of objections is crucial for the continual progress of science.

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