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Originally posted by Bedlam
Originally posted by primalfractal
Ok, this is my solution that needs aether to resolve. The theory is about light wave packets curving through space in response to the device emitting them.
Modern mainstream science says that the wave portion of a photon wave packet duality is purely a mathematical abstraction with no real physical existence.
Aether theories, including my own, say the wave portion of the wave packet polar duality is real and exists in another dimension physically underlying our own, the same place where the electrons disappear to.
I guess I don't understand your light wave packets curving through space. Can you enlarge on that a bit?
As far as the other, I tend to use whatever view seems best in the circumstance. For example, if I'm working on radio, I don't generally use particle type viewpoints. Hell, I don't for light, either, unless there's some reason to do it as particles. I see it as a preference - sort of like solving problems in frequency or time domain. Some things solve better one way, some the other.
And what's with disappearing electrons? Haven't seen that one.
With my theory there is no reason for a "mathematical" wave to move sideways or radially through space or respond to the movement of the device, only a wave that existed physically would exhibit such qualities and show such effects.
I think it's obvious I don't understand your thought experiment here.
Move sideways?
So, if I can do the experiment and prove the theory I can show the Aether is real.
The experiment I have designed to show it involves spinning a fluorescent molecule with lasers at over 6 billion revolutions per second.
How do you see this as proving 'aether'? Do you have math that shows what the "aether=true" results should be, vs "aether=false"? Is the thing falsifiable at all?
I've read your OP a few times, still not clearly seeing your issue that requires aether. Not being contrary, just don't see it.
Originally posted by primalfractal
You have said you dont understand the op, thats fine. Bit hard for you to make any judgement though really. I will try and explain.
This theory operates at the distance of one wave packet and while one packet is being emitted, say around 5m. Imagine a lightsaber being ignited from base to end, while being moved through the air. The sideways movement is the curving vector potetial of the theory.
A "maths" just wont move a photon sideways through space.
Originally posted by primalfractal
reply to post by john_bmth
Cant answer the op eh. Typical. Making comments about something you dont understand.
What was that about the op, nothing again, wow what an arguement.. blistering man.
Originally posted by primalfractal
A potential method to do the experiment would be to spin a fluorescent molecule with lasers.
Originally posted by Mary Rose
Originally posted by primalfractal
A potential method to do the experiment would be to spin a fluorescent molecule with lasers.
How expensive would it be to get this done?
Originally posted by Mary Rose
Originally posted by primalfractal
A potential method to do the experiment would be to spin a fluorescent molecule with lasers.
How expensive would it be to get this done?
Originally posted by primalfractal
reply to post by john_bmth
Cant answer the op eh. Typical. Making comments about something you dont understand.
Originally posted by kamebard
It becomes a lot more complicated when you start to consider all the other discrete packets in this reality (energy, spin states, wave functions).
Here is an interesting thought experiment. We know that h is smallest unit of length in this universe. Given any two points A and B, they can be no closer together than h. What is keeping them from getting closer? What is in between the A and B (in the Aether as it were)? What if we took two tachyons and brought them together? Could we squeeze them closer together than h?
Taking this a bit further, let us assume we have a wave function defined in two regions A and B. What happens at the boundary. Let's assume I shrink down smaller than h and can observe what is happening. I turn to my left and I see the wave function on side A. I turn to my right and see the wave function on side B. What do I see in between those points?
Other implications of the discreetness of space-time
Imagine a vacuum space going on to infinity in all directions (but constrained to our physical laws). You have two laser beams running parallel to each other. Go stand out anywhere along those lines and they will always be the same distance apart (because we are in a vacuum we don't have to worry about gravity or other E/M distortions). Bring the two beams so that they are parallel, but are separated by the distance h (assuming these beams are one plank length wide). Again, go out to infinity and they will be still 1h apart.
1) Cross the beams such that when you move 1h away from the origin (crossing point) the beams are 1h apart from each other.
2) Is there any configuration of the beams which would allow you to be greater than 1h away from the origin and still have the beams only 1h apart? If you could, would this mean that the beams were no longer straight but jagged?
3) Go out along the line to a point where the beams are separated by a distance of the width of the sun. Put a star there and return to the origin. What would you see? Would you be able to see the sun, or because of a (angle of incidence) resolution issue would the sun not be visible?
4) What does this mean when thinking about the formula for brightness and intensity? Because we know that light has a finite energy and finite wavelength (now discreet) could there come a point that this light becomes no longer resolvable at a greater distance?
5) Does this not cap the wavelength of light at 1/h as a maximal? If we somehow were able to force a longer wavelength of light, what would this do to the frequency?
We know that we can get space time dilation due to a change in velocity. Could we also get a space time dilation due to time and distance independently? Could the Hubble effect be explained by this dilation?
I can only resolve things so big. The further away from me you are, the smaller to me you appear. At some point you get so far away that your h becomes apparently compressed in my field of view. However, because in reality h can not be compressed, I experience this "squishiness" of you as a velocity of you moving away from me even though you and I are stationary WRT each other. How would we test this? Get two known light sources with know frequencies. Move them sufficiently apart from each other but renaming stationary to a neutral background space. The receptor on each end would test for a shift in frequency. I imagine that this would not be too hard to set up even on earth.
Ancient esoteric knowledge says the female, negative polarity aethric element underlies this 3D one and that it is based on the flower of life/tree of life. It is the energy or prana/chi that mystics throughout the ages report seeing, the paisley of the 60’s, Celtic knot work, sacred geometry etc.
"The website above proves conclusively that the sacred geometries of various mystical traditions encode a mathematical paradigm that describes TWO kinds of physical matter:
1. superstrings of ordinary matter whose forces have a symmetry described by E8;
2. superstrings of shadow matter whose forces have a symmetry described by ANOTHER Lie group E8. "
Originally posted by RationalDespair
Maybe you should come up with an alternative phrase and avoid attracting debunkers-by-default to your threads by using these conservative, controversial terms.