sthitapragya wrote:ken wrote:Dontaskme wrote:
How can space expand? please explain.
Since sthitapragya readily admits they are not capable of explaining further, on what they themselves write, and usually just refers me "to read" I will give you my perspective.
'Space', means
the distance between matter. So, space can very easily expand when pieces of matter move away from each other. This applies in the smallest quantum physics all the way up to the largest cosmological physics. The friction less distance between matter allows all matter to move freely. Obviously when matter moves freely around, which it is able to do because of friction less space, the universe itself can change into any shape and form.
It is this always
changing in shape and form, which allows new things to continually come into being, evolve, move around, and pass on, into and creating another new shape and form.
I am telling you to read because no one in their right mind would take on the staggering job of explaining everything about the big bang theory to you. It is a vaaaaaaaaaaaast subject. And I literally do not have the time or the inclination to address the problems in your understanding.
sthitapragya WHY do you continue to direct this "explaining everything about the big bang" at me. I HAVE NEVER ASKED YOU TO EXPLAIN ANYTHING TO ME. READ who it actually is who asked you to explain anything. All I have done is give my response to a question posed. I just asked you to clarify what you yourself have written. I NEVER ask you to explain any other thing.
sthitapragya wrote:I will however give you one thing to study.
At least try and find out if there is a difference between the singularity at the big bang and the singularity at the black hole. That will help you figure out whether you can really correlate the two like yo do in your theory. Then it is up to you. You claim you are here to learn. See if you really want to or you are just mouthing it.
What I have read already there is NO proof that they are not one and the same.
Also even if they are not one and the same. Singularity at big bang came from somewhere. So nothing at all changes in what I write. I have NEVER said big bang singularity and black hole singularity is one and the same.
However the more I do read the more correlation between the two and between what I came see prior comes to light. The more reading, writing and listening I am doing the more proof appears.
By the way what I want to learn may be completely different than, or even completely opposing from, what you are assuming here.
sthitapragya wrote:Here is one difference I can point out to you. The temperature at the big bang singularity was mathematically infinite. That does not mean the temperature was infinite. It could be infinite and it could not be infinite. The temperature at the black hole singularity is extremely low. This is just one of the differences. Then there is relativistic volume, density, etc that you will have to contend with. So read if you wish.
You say the temperature at the big bang singularity was
mathematically infinite. Are you saying that temperature is extremely high?
If that is what you are saying and that is the difference you "can" point out from the black hole singularity, then what you are missing here is the big bang singularity is AT or AFTER singularity expansion, whereas, black hole singularity is BEFORE singularity expansion, i.e., compression, as I have already explained. SO, the temperature could have changed from low at and before A big bang, i.e., compression, to high at and after A big bang, i.e., expansion.
As I said previously I do not know anything about minor details, nor am I really interested in the minor details, but just maybe temperature and compression and/or expansion correlate somehow.
The difference between the two here, which you have forgotten, is we do NOT know what takes place AT singularity because time/space does not exist WITHIN singularity. The laws of science breakdown at singularity looking backwards at big bang expansion and the laws of science equally breakdown at singularity looking forwards into black holes. THEREFORE, you for one certainly do not know that a black hole singularity is or is not the same as a big bang singularity. We can only observe expansion of and/or compression of singularity. We can not, yet, observe singularity, itself.
sthitapragya wrote:Also you have expansion completely backwards. Pieces of matter are not moving away from each other.
Did I actually say pieces of matter
are moving away from each other OR did i say space can very easily expand
when pieces of matter move away from each other?
So, the statement, "you have expansion completely backwards" may be right or wrong or partly right and wrong. We will just have to wait and see. Just remember, this forum is open to a lot of observers and the word 'you' in that statement is very relative, depending on the observer.
When and if scientists say the earth and the moon are moving 'apart',
away from each other, are they right, wrong, or partly right and wrong?
sthitapragya wrote:The space between them is expanding.
I have already defined 'space', as
the distance between matter, from the smallest of micro to the largest of macro. Therefore if objects or matter are moving away from each other or the space between them is expanding this is still one and the same thing.
sthitapragya wrote:The pieces of matter are stationary.
Are you absolutely positively sure pieces of matter are stationary? Does that apply for ALL pieces of matter? (Again I am NOT asking you to explain anything else. I am just asking you very simple straight forward questions, so i can get some clarity from your perspective. Maybe one day you will answer the questions I ask of you. You only have to say "Yes" or "no". See, very simple and easy.)
sthitapragya wrote: Their scale simply changes with time.
If time is the measurement of events occurring, then their scale does NOT simply change with time. Time measures the scale of occurred events. That means time measures the expansion from one occurred event to another occurred event. Time just measures expansion. No thing changes
with time.
By the way what are you saying 'their' is? What is 'their'?
sthitapragya wrote:Even the change of scale applies only beyond certain distances.
What is that certain distance? And, the distance from what exactly?
I have already asked questions for clarity, to a person who was NOT sthitapragya, in order to learn and understand how people can explain how apparently nearer the, what is called, "the outer edges of the universe" the scale of expansion is increasing and what would then be observed from that "area" of the universe looking back at earth in relation to the moon.
I asked for clarity and an explanation for that very reason of the saying, change of scale applies only beyond certain distances. Because what happens if an observer moves beyond a certain distance, then what is observed?
Have these questions been asked and thought about before?
sthitapragya wrote:Within those distances, objects could be moving towards or away from each other.
But you said previously, whilst suggesting that it is i who has expansion completely backwards, "Pieces of matter are not moving away from each other", BUT NOW, you are saying "objects could be moving towards or away from each other". If a 'piece of matter', is not
an object, then what is it?
So, what is it going to be? What is going on here?
Are pieces of matter and/or objects NOT moving away from each other, or is it the case that they could be moving (towards or) away from each other? Contradictions are appearing, again.
Let us get an understanding of where you are coming from. Correct me if i am not understanding you correctly anywhere here:
1. The universe is expanding.
2. Pieces of matter are not moving away from each other.
3. Pieces of matter are stationary.
4. The space between matter is expanding.
5. Pieces of matter or space's? scale of expansion changes with time.
6. (Previously your said), time measures occurring events.
7. Only beyond a certain distance (from what exactly you have not yet defined) the change of scale applies.
8. Within a certain distance (again from what exactly you have not yet defined) objects could actually be moving towards or away from each other.
Maybe the best thing to do now is clarify with you, what is the difference between an 'object' and a 'piece of matter'.