Thank you, Zyxzevn.
Miles is mixing up different things.
In this case he mixes up light and gas.
By saying this you are just showing you don't know his theory.
Photons do not collide with each other, so in a vacuum where photons
move at speed c, this all has no meaning.
They all move at one speed, no photons lag behind or something.
Yet, miles is talking about zero speed and different speeds.
In Mathis model there are not just photons, but photons and baryons.
Even so, how do we know photons never collide? Because no one has observed a photon collision?
Nobody has observed a photon yet.
Collisions rarely happen in the Oort cloud too, even though the "particles" are macro particles up to sizes bigger than Pluto. The volume is so great relative to particle size that collisions are rare. Yet they do occasionally occur, and that's what causes comets to fall Sunwards, apparently. Why couldn't the same apply to the photon field?
You might have a million photons going in all directions in a cubic centimeter, but because photons are so tiny, collisions will be extremely rare. But an ion passing through that same cubic centimeter will get bombarded by many photon collisions.
The total speed has still no meaning as the summed velocities of all photons,
nor as the average speed of all photons.
Since we don't know the total volume of the Universe, nor the average density of the photon field across the whole Universe, c is just a meaningless constant. No one else, as far as I know, can say why c is the number it is, and not some other number.
With these wrong initial ideas, he adds all kinds of logic things that seem to fit.
Like zero speed is zero motion. And we can use statistics when there are a lot of photons.
When there is no zero motion, then it must move.
It's a funny thing. EU advocates are often accused of wanting to dump Newton, or something like that. But when it comes to photons, Newtonian mechanics is never applied. Laws such as equal and opposite forces, and the normal laws of motion, are denied. Radius and mass are jettisoned from explanations. Everything seen at the macro level is explained by collisions and explosions, but collisions can't happened at the quantum scale of things?
I'm skeptical.
Now lets move to his conclusion:
"The actual speed is determined by density of photons and initial motion".
In reality we see no change in speed of photons when we have more photons.
And the initial speed/motion of photons is always c.
In Einstein's relativity, this speed is even c when the sender or receiver of the photon are moving.
We don't know a photon is there until it
collides with our detector. By then it too late to measure it's speed. We get c from measuring photons that traveled across the Solar system, after they
collided with and bounced off another body.
But even with this context, what miles is claiming is simply wrong.
The speed of light does not change with more photons,
nor does it bump into each other, except when photons temporary create matter.
I see you read it wrong. Miles is not claiming the speed ever changes.
He proposed zero speed, and speed x, only for his argument.
As I understand it, does Miles see light as photon-particles that have all kinds of interactions.
In this case it interacts like a gas.
He uses all kinds of logic to supports that idea, but uses logic in a wrong way.
He adds statements that are not true,
(photons bump into each other, photons-speed depends on density of photons)
or not relevant,
(photons-speed depends on initial motion)
and then adds some logical statements.
(Like zero motion is no speed, no chance on zero motion is always speed,
so this speed must be x, and x must be c).
and then combines them into something that seems right.
But in practice it is simply not true.
I see you are making some wrong presumptions about what Mathis is saying to make him wrong. Miles doesn't rule out collisions between photons, but recognizes that such collisions would be rare, due to their size relative to the volume of space.
But in Mathis' Universe, there are also baryons, and again, due to relative sizes, baryons can't avoid being struck by lots of photons continuously. I believe this is what Mathis is referring to when he says photon collisions.
He uses that weird logic in all of his writings.
Like when he explains how PI changes to 4 when an object is rotating.
That is simply not true, because PI is a mathematical constant.
We may be jumping off topic here, but I managed to follow his logic in his PI papers too, though it took me a bit.
Even if he is wrong on other topics, that doesn't necessarily make his logic wrong here.
But this demonstrates how "logic" can be wrong, even when it seems right.
Example:
I fit in my coat,
and my coat fits in my bag,
so I fit in my bag.
This demonstrates how logic can be wrong, but not how Mathis' logic here is wrong.
If the speed of light is constant in all directions,
(see Michelson–Morley experiment)
Einstein says that it is constant relative to the observer,
from there he concludes that speed affects our time and length.
(length in direction of our speed)
He came to this conclusion from the Maxwell equations, that showed that
these equations were correct when light always moved at speed c.
Light goes c in the local coordinate only.
If you are travelling in a spaceship at 1/2 c relative to coordinate B, and emit a beam of light forwards, then to someone observing from coordinate B, the light is travelling at 1 & 1/2 c.
But there is no way for the observer at coordinate B to measure it.
But we sometimes ask ourselves, what if it is slightly different.
Like when light travels through water, or air?
Is the speed of light constant, relative to earth,
relative to the medium,
relative to the sender,
relative to the observer,
relative to the light itself?
Relativity causes time to dilate, etc.
Of course, time isn't really dilated in the distant coordinate, but this effect is caused by relativity, because this information comes to us by light, and light has a speed limit. Transforms are now required to get the actual velocities in that far coordinate.
Or can it vary with gravity or in time as some other scientists claim.
We know that the medium effects the speed of light.
Space is thought of as a vacuum, but EU knows better.
From those two statements, logic tells me there will be variations in the speed of light. It probably goes a little faster between galaxies, than it does when travelling through a galaxy. And it should go a little faster in the Solar system versus when travelling in the IGM, because the IPM is less dense than the IGM (I was surprised to learn).
And if Einstein is right:
Does it affect all our time, or just the speed of our time,
or only our clocks, or is time an illusion coming from the interaction with light?
And how do we compute speed when our length is affected?
And can we see changes in distances in the universe, because our length is moving
depending on in which direction Earth is moving?
Time and length are not effected.
It is our measurements of time and length that are effected because we use light to measure, and light has a speed, which over long distances, effect our measurements.
Hence the need to do transforms.
Mathis helped me to unwind relativity too.
~Paul