Exploring Countable States of Quantum Time & Space

In summary, a theory or hypothesis about the Big Bang that suggests space and time might be quantized might be based on a reference about quantum portions of space and time. Until you can provide a reference, discussion of this topic is pointless.
  • #1
Omega0
205
51
Hi,

if there was a big bang I would assume a countable number of states, if the universe is build of quantum portions
in time and space?

Thanks!
 
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  • #3
Hi,

no, I mean one single universe. Every singe step might be countable.
 
  • #4
Omega0 said:
if there was a big bang I would assume a countable number of states, if the universe is build of quantum portions
in time and space?

What theory (or speculative hypothesis) are you basing this on? Can you give a reference?
 
  • #5
PeterDonis said:
What theory (or speculative hypothesis) are you basing this on? Can you give a reference?
Sorry, no reference, just a thought, so something speculative.
How do you set up the boundary conditions while the big bang?
 
  • #6
Omega0 said:
Sorry, no reference, just a thought

We can't really respond to it unless we have some idea what underlying theory or hypothesis you're using.

Omega0 said:
How do you set up the boundary conditions while the big bang?

Again, what theory or hypothesis about the Big Bang do you want us to use in answering this? (I'm also not sure what you mean by "set up the boundary conditions"; knowing what theory or hypothesis you are using would help with that.)
 
  • #7
PeterDonis said:
We can't really respond to it unless we have some idea what underlying theory or hypothesis you're using.
The idea is pretty simple, and it is not mine: It might be that space and time is quantized.
 
  • #8
Omega0 said:
The idea is pretty simple, and it is not mine: It might be that space and time is quantized.

Ok, if it's not just your idea, there must be a reference about it somewhere. Can you give one? Where did you get the idea from?
 
  • #9
What you are suggesting implies a finiteness to the big bang. Since the BB occurred everywhere, if everywhere was infinite at the time of the BB, then the BB was infinite. No existing observational evidence rules out this possibility.
 
  • #10
Chronos said:
What you are suggesting implies a finiteness to the big bang. Since the BB occurred everywhere, if everywhere was infinite at the time of the BB, then the BB was infinite. No existing observational evidence rules out this possibility.
This is not a logical thought. This is like saying every number divided by 2 is a number. This is true for the real numbers but wrong for the natural numbers. The real numbers or complex numbers are constructions. The same for the process of BB: It makes no sense to letting the BB something obscure, something which happened in a time where there was no time.
This makes no sense. It is comparable with black holes beyond the horizon. What physics works there?

Do you really believe in your "prove"? The main problem is that we trust in differential equations, aren't we?
 
  • #11
Omega0 said:
This is not a logical thought. This is like saying every number divided by 2 is a number. This is true for the real numbers but wrong for the natural numbers. The real numbers or complex numbers are constructions. The same for the process of BB: It makes no sense to letting the BB something obscure, something which happened in a time where there was no time.
This makes no sense. It is comparable with black holes beyond the horizon. What physics works there?

Do you really believe in your "prove"? The main problem is that we trust in differential equations, aren't we?

It would be best if you can give some reference as to what you are on about, if it is a personal theory:rolleyes:
 
  • #12
Omega0 said:
This is like saying every number divided by 2 is a number. This is true for the real numbers but wrong for the natural numbers.

In other words, before we can say whether every "number" divided by 2 is a "number", we need to know what a "number" is and how "numbers" work. In other words, we need a theory of the kind of "numbers" we are talking about.

Similarly, to know whether it could be the case that "the universe is built of quantum portions of space and time", and what the effects of that would be, we need to know what it means. In other words, we need a theory of "quantum portions of space and time" that tells us how the universe could be built out of them.

Until you can provide a reference for such a theory, discussion of this topic is pointless. Thread closed. If you can find a reference, PM me and I'll look at it.
 

1. What is quantum time and space?

Quantum time and space refers to the concept that time and space are not continuous and infinitely divisible, but rather are made up of discrete, countable units at the smallest scales of the universe.

2. How does exploring countable states of quantum time and space impact our understanding of the universe?

Studying countable states of quantum time and space can provide insight into the fundamental building blocks of the universe and help us better understand the underlying principles that govern the behavior of matter and energy.

3. What are some potential applications of understanding countable states of quantum time and space?

Understanding countable states of quantum time and space can have practical applications in fields such as quantum computing, developing new materials, and improving our understanding of the origins and evolution of the universe.

4. Is it possible to observe and measure countable states of quantum time and space?

Yes, scientists have developed techniques such as quantum entanglement and superposition to observe and measure countable states of quantum time and space at the smallest scales of the universe.

5. How does the concept of countable states of quantum time and space relate to other theories in physics, such as relativity and quantum mechanics?

The concept of countable states of quantum time and space is still being explored and integrated into other theories in physics. However, it has the potential to bridge the gap between relativity and quantum mechanics, providing a more complete understanding of the universe.

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