Chasing the edge of the universe?

In summary, the conversation discusses the relationship between time dilation and the formation and annihilation of exotic particles. The Heisenberg's uncertainty principle is mentioned as a factor in this process. The question is raised about whether the same principle applies when time is sped up instead of slowed down, and what would happen if one were to go faster than the speed of light. The possibility of the "density of Information" being reversed in this scenario is also considered. The speaker acknowledges their limited knowledge on the subject and expresses interest in receiving answers from someone with a more educated background.
  • #1
PapaJacky
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Since we know that Information gets more and more dense the slower time gets, and that if you were to slow time to less and less units of time, than exotic particles will start forming and annihilating each other completely randomly (known as the Heisenberg's uncertainty principle), than I query, would the same be true if you were to, instead of slowing time down, speed time up, perhaps, past the speed of light, than then, would "exotic" particles form and annihilate each other as well? And if that were so, would the "density of Information" present when you slow things down be also reversed, in that, the faster you go the less information is there? And finally, I'd query, that if you were to go so fast, faster than the expansion of the Universe itself, would you as we know it, be turned into "nothingness" and instead form new particles that would soon annihilate itself?

If I appear as incredibly stupid, I must say I quite am, I'm only mildly educated in regards to cosmology and even less so on physics. To be quite frank, I didn't want to ask these questions to a less "informative" congregation.
 
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  • #2
That being said, I'm very interested in the answer to my questions and I'd be incredibly thankful if someone with a more educated background on the subject could answer them.
 

FAQ: Chasing the edge of the universe?

1. What is the edge of the universe?

The edge of the universe refers to the boundary or limit of the observable universe, beyond which we cannot directly observe or measure due to the expansion of the universe.

2. How do scientists study the edge of the universe?

Scientists use a variety of tools and techniques, such as telescopes and satellites, to gather data and observations from distant galaxies and objects. They also use mathematical models and theories, such as the Big Bang theory, to understand the expansion and evolution of the universe.

3. Is the edge of the universe constantly expanding?

Yes, the edge of the universe is constantly expanding. This phenomenon is known as the "inflation" of the universe and is supported by evidence such as the redshift of distant galaxies.

4. Can we ever reach the edge of the universe?

No, it is currently not possible for humans to physically reach the edge of the universe. The expansion of the universe prevents us from traveling far enough to reach the edge, and the extreme distances make it impossible for us to reach with current technology.

5. What lies beyond the edge of the universe?

It is currently unknown what lies beyond the edge of the observable universe. Some theories suggest the existence of a multiverse or parallel universes, but there is no concrete evidence to support these ideas.

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