Xelasnave.1947
Valued Senior Member
Forget I was even here☺ I posted upon a misinterpretation and upon realising my mistake removed what I had said and posted this explanation.
Alex
Alex
This kind of coalescence is a natural emergent property of gravity acting on dust and gas across intergalactic distances.I have read stuff that says gallaxies line up like buttons on a string...have you heard about that? In fact it seems the "string" is something...
This kind of coalescence is a natural emergent property of gravity acting on dust and gas across intergalactic distances.
It doesn't actually need anything beyond gravity and time to form these structures.
In fact, it does.The Cosmic Web has nothing to do with gravity and/nor time .
river said: ↑
The Cosmic Web has nothing to do with gravity and/nor time .
In fact, it does.
There's science behind it.
There is no such thing as 'proven' in science.That is their perspective , it is not proven as such , since gravity has such an extremely low efficacy level .
There is no such thing as 'proven' in science.
What there is is a theory that has a great deal of evidence behind it.
The gravity created by the masses of dust, gas and galaxies very nicely causes these filaments to form, without the need to introduce any mysterious - and un-evidenced - phenomena.
This is all false.
That's not to say that it's not River's Cosmology.
Just that it's all false.
Yes.This kind of coalescence is a natural emergent property of gravity acting on dust and gas across intergalactic distances.
It doesn't actually need anything beyond gravity and time to form these structures.
There isn't anything outside the universe so talking about temperature outside the universe is meaningless.On a more serious note, is it possible that absolute zero is not an aspect of the universe, but is a result of no temperature existing outside of the expanding universe.
The universe is cooling because it is expanding.As the universe expands it is cooled by the complete absence of temperature, which translates into "absolute zero" relative to universal temperatures?
What would be the temperature of nothing? Seems to me that in the absence of space the prevailing temperature of any permittive condition (nothingness) would be have to be absolute zero.There isn't anything outside the universe so talking about temperature outside the universe is meaningless.
Expansion itself causes cooling? Can you explain the Thermodynamics of that?The universe is cooling because it is expanding.
The temperature of nothing is meaningless. What is the length of nothing? How much does nothing weigh?What would be the temperature of nothing?
It doesn't seem that way to me.Seems to me that in the absence of space the prevailing temperature of any permittive condition (nothingness) would be have to be absolute zero.
There are a few ways to explain it. One way is that since there is a fixed amount of energy in the universe and the universe is expanding, over time there is less energy per unit volume. Less energy means lower temperatures.Expansion itself causes cooling? Can you explain the Thermodynamics of that?
It sounds weird, but from a certain perpective could we make an argument that there is a certain logic in equating nothingness with zero?The temperature of nothing is meaningless. What is the length of nothing? How much does nothing weigh?
Google.Absolute zero is the lowest possible temperature where nothing could be colder and no heat energy remains in a substance. ... By international agreement, absolute zero is defined as precisely; 0 K on the Kelvin scale, which is a thermodynamic (absolute) temperature scale; and –273.15 degrees Celsius on the Celsius scale.
There is no place where you find nothing...think what you find in the most empty part of space...radiation..make a list..background onwards.Perhaps a permittive nothingness which has no heat energy, but does permit kinetic energy
such as an expanding universe?
OK, but is the universe infinite? If it is not infinitely large, then the universe boundary stops somewhere, no? Perhaps no clear boundary, but a boundary nevertheless. Else how could it expand ? There has to be an extra-universal permittive condition, not space or time, just permittive.There is no place where you find nothing...think what you find in the most empty part of space...radiation..make a list..background onwards.
Alex
Absolutely I checked recently.but is the universe infinite
No it is infinite.then the universe boundary stops somewhere, no?
It is infinite you can add all you like to infinite and it remains infinite.OK, but is the universe infinite? If it is not infinitely large, then the universe boundary stops somewhere, no? Perhaps no clear boundary, but a boundary nevertheless. Else how could it expand ? There has to be an extra-universal permittive condition, not space or time, just permittive.
Only to satisfy your view but there really is no need for that.There has to be an extra-universal permittive condition, not space or time, just permittive.
I make a distinction between the "universe" (which has a defined size) and an infinite "permittive" condition, which has no defined size or geometric "physics" that control behaviors and is permittive of everything including expansion of the universe.It is infinite you can add all you like to infinite and it remains infinite.
That is our best measurement for the radius of the observable Universe. Doubling it, of course, gives the diameter: 93 billion light years.
The result, after using computer algorithms to look for meaningful patterns in the data, was a new estimate. The whole Universe is at least 250 times as large as the observable Universe.
This last statement is a contradictory, IMOAnd where things get really complex is when we try to think about the Universe beyond that which is observable. The "whole" Universe, as it were. Depending on which theory of the shape of the Universe you prefer, the whole Universe could actually be finite or infinite.