Cosmic Web , Empty Space

R

river

In the cosmic web we see the filaments of the cosmic web . What I'm interested in the vast amount of space inbetween each filament . What is in this space , if anything ?
 
Further think three dimensionally , around Every filament in the Cosmic Web , Outside the filaments , is space . Why this space ? What dynamics is going on in this space ? Chiral Condensate , magnetic fields , both ? Something else ? Combination ? Don't know , like to know . It would be interesting , needless to say .
 
river said:
All Galaxies etc. Are IN the Filaments . To repeat , All Galaxies etc. Are IN the Filaments . IN .
Click to expand...

Next it is possible to journey out side the filament . Into the space outside the filaments . There would be a soft border between the filament extent , and the space beyond .
 
river said:
In the cosmic web we see the filaments of the cosmic web . What I'm interested in the vast amount of space inbetween each filament . What is in this space , if anything ?
Click to expand...
Think about what causes the filaments in the first place. What are the filaments made of? Then, what of the space between the filaments. What could be there?
river said:
Further think three dimensionally , around Every filament in the Cosmic Web , Outside the filaments , is space . Why this space ? What dynamics is going on in this space ? Chiral Condensate , magnetic fields , both ? Something else ? Combination ? Don't know , like to know . It would be interesting , needless to say .
Click to expand...
(What's a "chiral condensate"?)

The dynamics that go on in the space would depend on what's in the space, right? So what can be in the space?
river said:
All Galaxies etc. Are IN the Filaments . To repeat , All Galaxies etc. Are IN the Filaments . IN .
Click to expand...
Good start. Why are all the galaxies in the filaments?
river said:
Next it is possible to journey out side the filament . Into the space outside the filaments . There would be a soft border between the filament extent , and the space beyond .
Click to expand...
I'm not sure what you mean by a "soft border". Maybe. So what?
 
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In the cosmic web we see the filaments of the cosmic web . What I'm interested in the vast amount of space inbetween each filament . What is in this space , if anything ?
Click to expand...

Think about what causes the filaments in the first place. What are the filaments made of? Then, what of the space between the filaments. What could be there?
Click to expand...

Highlighted

I have . Cold superconductive speed . No friction .

The space between the filaments is filled with magnetic fields , to a certain extension , where there is a hole , a space where all the magnetic fields don't extend into . A gap with minimal energy , matter and magnetic fields ( if any at all ) .
 
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All Galaxies etc. Are IN the Filaments . To repeat , All Galaxies etc. Are IN the Filaments . IN .
Click to expand...

Good start. Why are all the galaxies in the filaments?
Click to expand...

Because the filaments have the most energy . Concentrated energy . Compared with the space between filaments . There is a reason for this yet discovered .
 
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Next it is possible to journey out side the filament . Into the space outside the filaments . There would be a soft border between the filament extent , and the space beyond .
Click to expand...

I'm not sure what you mean by a "soft border". Maybe. So what?
Click to expand...

By soft border between the filament and the space beyond the filament , is that the transition from the filament to the space beyond the filament is gradual .

So that spaceships coming from either way adapt , without damage to their spaceships .
 
The space between filaments has an emptiness that allows space travel to accelerate , to fantastic speeds . There is minimal friction .

Therefore Advanced beings would use this travel route . Intergalactic highway .
 
What does plasma (charged particles) have to do with filaments?
Does plasma create the filaments?
Can plasma mass create new galaxies in the filaments?
Are filaments conductive?
 
river said:
The space between filaments has an emptiness that allows space travel to accelerate , to fantastic speeds . There is minimal friction .

Therefore Advanced beings would use this travel route . Intergalactic highway .
Click to expand...
I would think the other way, using the filaments energy as fuel to accelerate in the filament for space travel. Filament-ed galactic travel network...
Can we use plasma as a fuel?
Can we use the solar wind as fuel for inter solar travel?
 
BdS said:
I would think the other way, using the filaments energy as fuel to accelerate in the filament for space travel. Filament-ed galactic travel network...
Can we use plasma as a fuel?
Can we use the solar wind as fuel for inter solar travel?
Click to expand...

Highlighted

Brilliant . And agreed . I wouldn't be surprised if this was true .

Plasma could become a fuel .

Solar wind is slow .
 
What causes the mass in the filament to follow the filament path? Some kind of permittivity thingy?

Is the filament path the shortest route between galaxies?

Are the filaments growing in length to compensate universe expansion?

Are new galaxies in the filaments causing filaments to grow and expanding the universe?

If the filaments mass becomes too dense is that where/when new galaxies are created?
 
river said:
I have . Cold superconductive speed . No friction .
Click to expand...
No. Try again. Start from: what are the filaments made of?
The space between the filaments is filled with magnetic fields , to a certain extension , where there is a hole , a space where all the magnetic fields don't extend into . A gap with minimal energy , matter and magnetic fields ( if any at all ) .
Click to expand...
Tell me why magnetic fields can't extend into gaps between the filaments. Provide a reference, please.
river said:
Because the filaments have the most energy . Concentrated energy .
Click to expand...
What is concentrated energy? What are the filaments made of?
river said:
The space between filaments has an emptiness that allows space travel to accelerate , to fantastic speeds . There is minimal friction .
Click to expand...
Please explain why it allows space travel to accelerate to fantastic speeds. And how fast is a "fantastic speed", exactly?
 
Two galaxies GA on the left, GB on the right, with a filament between them.

Are both galaxies providing mass to the filament?

The mass coming from GA to the filament is moving to the right, mass from GB is moving to the left. Do the opposite traveling masses collide along the filament?

If GA has a denser contribution than GB, can some of the mass from GA make it through the filament to GB? Like they balancing/sharing the mass between them? To an equilibrium?

Sorry, I got a lot of questions… :wink:
 
BdS said:
Two galaxies GA on the left, GB on the right, with a filament between them.

Are both galaxies providing mass to the filament?
Click to expand...
You said the filament is "between them", so that would mean the answer is "no", wouldn't it?

What's the filament made of?
 
James R said:
You said the filament is "between them", so that would mean the answer is "no", wouldn't it?

What's the filament made of?
Click to expand...

Two galaxies GA on the left, GB on the right, with a filament between them.

The mass coming from GA to the filament is moving to the right, mass from GB is moving to the left. Do the opposite traveling masses collide along the filament?

If GA has a denser contribution than GB, can some of the mass from GA make it through the filament to GB? Like they balancing/sharing the mass between them? To an equilibrium?

Sorry, I got a lot of questions… :wink:

"What's the filament made of?"
Some dark stuff?
 
BdS:

river mentioned the "cosmic web" in his first post. The filaments we are talking about are the filaments that make up this "cosmic web".

So, what does river mean by the "cosmic web"? What's that web made of? What are these filaments he's talking about? How big are they?
 
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