How soon will the universe reach a lower energylevel?

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In summary, the conversation discusses the concept of the "temperature in the universe" curve resembling an atom reaching a lower energy level. There is a request for sources and specific diagrams, to which the response is that the speaker has not seen any. The conversation then shifts to the possibility of another Big Bang and the loss of matter causing the ether to reach a higher energy level. The conversation ends with a metaphor comparing the universe to a pulsing heart and a question about agreement.
  • #1
QuantumNet
The "temperature in the universe" curve looks like the diagram describing an atom reaching a lower energylevel.
 
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  • #2
Originally posted by QuantumNet
The "temperature in the universe" curve looks like the diagram describing an atom reaching a lower energylevel.
Source? Which particular curve and diagram(s) do you most like to use?
 
  • #3


Originally posted by Nereid
Source? Which particular curve and diagram(s) do you most like to use?

All I've seen.

And again Best wishes
 
  • #4
We should start a new forum: development of observations...

I've never seen a diagram of an atom reaching a lower energy level.
 
  • #5


Originally posted by QuantumNet
All I've seen.
That won't cut it. If you're not going to support your assertions, why even post the thread?
 
  • #6


If it's true, it's true with a bang,
But if it's false.

There is no ether (the laws of quantum physics gives us this).

Do you agree?

The colder the universe gets the higher the risk would be for all ether particles to come one step closer to each other.

I think there actually is going to be another Big Bang.

within 35 000 000 000 years, anyway.


Let's say that Hawking is right and matter just disappears.

But the info must remain.

What if the loss makes the ether reach a higher energy level?

When enough matter and energy has disappeared, the ether would eventually go back to the old energy level.

and send out a pulse of energy that forms matter.




The universe is a big warm pulsing heart and we are in the middle of a heartbeat. The heartbeats are neverending, as well the heart.

(quantumphysically anyway)

Don't you agree?
 
Last edited:

1. When will the universe reach a lower energy level?

Currently, it is estimated that the universe is expanding at an accelerated rate and will continue to do so for billions of years. Therefore, it is difficult to predict exactly when the universe will reach a lower energy level.

2. What factors influence the rate at which the universe reaches a lower energy level?

The expansion of the universe is primarily driven by dark energy and the distribution of matter. Other factors such as the density of dark matter and the amount of radiation also play a role in the rate of expansion.

3. Will the universe eventually reach a state of maximum entropy?

It is theorized that the universe will eventually reach a state of maximum entropy, meaning that all energy will be evenly distributed and no work can be done. However, this is estimated to occur in trillions of years, which is significantly longer than the current age of the universe.

4. How do scientists measure the energy level of the universe?

Scientists use various methods, such as studying the cosmic microwave background radiation and the redshift of galaxies, to measure the energy level of the universe. These measurements can give insights into the expansion rate and overall energy content of the universe.

5. Is there a possibility that the universe will reach a lower energy level sooner than predicted?

While it is always possible for new discoveries and theories to change our understanding of the universe, current research and observations suggest that the universe will continue to expand at an accelerated rate for billions of years.

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