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It works when the photon is traveling to the right, but when a photon escapes from the step of the right particle, it takes less time to reach the left particle than it took for the light from the left one to reach the right one, because that left particle has gotten closer during its step, and I can't figure out what would happen. Since the steps looked natural on the paper, I thought they would be physically possible, but I now have a hard time to figure how they would.
Its all in our definition of time. Energy c is always constant as an amount of energy available. Motion deducts from the cycling of the electron in an atom. Consider energy c of and from space rather than from the electron. So it moves the electron and propagates the photon wave. A photon being a wave of LET Lorentz Ether Theory. You have to siphon some of the orbital speed in order to move the atom through space. The electron is the motor at constant revolutions with energy c. Having to move through more space with velocity than at relative rest naturally the cycle time is reduced proportionally with the relative propagation of the photon wave for tick rate. The longer orbit of the electron would also produce a greater wavelength.
It seems possible that every part of matter involves all the energy from which it is built is moving around within it at c,
so if the matter is to move along through space, its immediately obvious that its entire functionality will slow. You said before though that the space fabric is energy, and I wonder how you make that work.
As material moves faster through the fabric, it compresses the energy that it's made up of into a smaller space due to length contraction,
and it also accumulates extra mass such that there is twice as much of it when it's moving at 0.866c.
That is a higher energy density which the fabric has to be able to accommodate, and I find it hard to imagine this as anything other than energy moving through the fabric rather than being the fabric.
I also want to understand where your energy of the fabric has a role in this (or in anything).
If you imagine two balls connected by a spring, you could set them moving through space by pushing one towards the other. That rear ball would compress the spring and lead to the lead ball being accelerated forward while decelerating the rear ball, possibly to a halt for a moment. The spring would then be stretched instead of compressed and would decelerate the lead ball, possibly to a halt, while accelerating the rear ball back up to speed, and this cycle could repeat of a long time, mimicking to some degree your two circles taking turns to move along. Perhaps there is something in this parallel that might relate to what you're trying to do with photons.
Just to let you know I am out of here, I can't convince the ''mad'' world out of their own delusions. I hate to say it, the world is one ''dumb'' place to live.
the world is one ''dumb'' place to live.
QuoteAs material moves faster through the fabric, it compresses the energy that it's made up of into a smaller space due to length contraction,What does it compress against if there is nothing to compress against? Particles of LET would stop movement in the universe. Energy outside of mass would allow conservation of energy not destroy it.
Just to let you know I am out of here, I can't convince the ''mad'' world out of their own delusions. I hate to say it , the world is one ''dumb'' place to live.
Quote from: GoC on Today at 03:37:33QuoteAs material moves faster through the fabric, it compresses the energy that it's made up of into a smaller space due to length contraction,What does it compress against if there is nothing to compress against? Particles of LET would stop movement in the universe. Energy outside of mass would allow conservation of energy not destroy it."Compresses" wasn't the right word for what I intended to say. My point was that there's more energy contained in that part of the fabric, and a lot more would be there if there was a black hole present, so how can this energy be the fabric rather than merely being held in some way by the fabric while passing through it?
Linking electrons by the same speed insures energy is not inside of mass for motion. Clocks slow with more mass not speed up so energy is dilated.
There is no energy nor time in a BH.
When moving clocks collide, all that relativistic mass is unleashed as energy (which is what it was all along).
QuoteThere is no energy nor time in a BH.There's rather a lot of it if you convert the mass to energy.
Quote from: phyti on 05/06/2017 16:37:20A paper on MMX.https://app.box.com/s/809flv09tnfqihnt9fn0xqcwd865ix5xA paper on the reflecting circle, a variation of MMX.https://app.box.com/s/0swrtm8zi8unzhszhux5e6i7539fi28rI have read some your links and looked at some of your diagrams and well done on the effort it looks well. However you are making the same mistake science makes and thinking in 2 dimensional form. Relatively making the huge mistake of ignoring the linearity between observer (yourself) and the diagram.
A paper on MMX.https://app.box.com/s/809flv09tnfqihnt9fn0xqcwd865ix5xA paper on the reflecting circle, a variation of MMX.https://app.box.com/s/0swrtm8zi8unzhszhux5e6i7539fi28r
What's the 0.99c?Well, if you consider yourself to be stationary and a planet goes past you at 0.866c, a rocket moving in that same direction at 0.99c will appear to observers on the planet to be moving at 0.866c relative to them (and they will also measure you as moving at 0.866c in the opposite direction).(0.866 + 0.866) / (1 + 0.866 x 0.866) = apx. 0.99.
...what does .99c have to do with anything?