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Originally posted by Mary Rose
. . . the fact that the pyramids exist, and the fact that our modern day technology (that's mainstream and recognized) could not provide the ability to transport the stones . . .
Originally posted by 23432
Walks like it , talks like it , quacks like it
Originally posted by Arbitrageur
So from my perspective they just decided to call it something else (space time) because aether already had a common definition or meaning, which was luminiferous aether, and Einstein's "new aether" was something quite different so calling it something else like spacetime would help avoid confusion. That sounds like a logical reason to me that has nothing to do with religion.
Originally posted by Mary Rose
Originally posted by Arbitrageur
So from my perspective they just decided to call it something else (space time) because aether already had a common definition or meaning, which was luminiferous aether, and Einstein's "new aether" was something quite different so calling it something else like spacetime would help avoid confusion. That sounds like a logical reason to me that has nothing to do with religion.
At this point in time, after studies have clearly shown that space is not empty, the term “spacetime” is no longer appropriate and needs to be replaced.
I think Laughlin was making the point that “relativistic ether” would be more appropriate but the science community will not allow it, for no good reason.
Originally posted by buddhasystem
Spacetime in special relativity is just that.
Originally posted by buddhasystem
Laughlin's point is that vacuum turned out to be a complex object.
Actually, please don't call it that, but if you wanted to call it what Laughlin does, "relativistic aether", I personally wouldn't have a problem with that since that tends to distinguish it from luminiferous aether, but you would have the problem that 99+% of the rest of the world still calls it spacetime, and that's not such a bad name so I don't see why you can't just use that.
Originally posted by buddhasystem
Originally posted by Mary Rose
I think Laughlin was making the point that “relativistic ether” would be more appropriate but the science community will not allow it, for no good reason.
Laughlin's point is that vacuum turned out to be a complex object. You can call it ether if you wish.
Originally posted by Mary Rose
Originally posted by buddhasystem
Spacetime in special relativity is just that.
Physics doesn't quite have it all figured out, correct?
What we need is a unified theory. SR needs to be replaced, as well.
No, Laughlin's point is that space is an ether rather than an empty vacuum.
Originally posted by buddhasystem
Please take a course in SR and come back later.
Originally posted by buddhasystem
You have no idea what he's talking about.
Originally posted by Arbitrageur
The problem I have with calling it "aether", is that without further clarification, it's generally interpreted to refer to luminiferous aether, hence the reason I believe we don't use the term.
Originally posted by Mary Rose
Originally posted by Arbitrageur
The problem I have with calling it "aether", is that without further clarification, it's generally interpreted to refer to luminiferous aether, hence the reason I believe we don't use the term.
Good point.
Let's call it "energetic aether."
I already posted a solution to the world's energy problems in this thread based on them, and I didn't get greedy and ask for 11 million dollars like Bearden, I just made a modest request to get a percentage of the profits from whoever uses the idea to make millions, but frankly I'm not even entitled to that because it's actually someone else's idea I posted:
Originally posted by beebs
Arb, do you believe there are actually such things as 'virtual particles'? Do you also believe these 'virtual particles' are 'flitting in and out of existence'?
Further, what is the relationship, in your opinion, that they have with the phenomena of VDF and ZPE?
But I also have to be my own biggest critic and point out once again the gap in our understanding of the link between quantum theory and relativity which means this idea might not (and I suspect probably wouldn't) work:
of the order of the Planck length... At such small scales of time and space the uncertainty principle allows particles and energy to briefly come into existence, and then annihilate, without violating conservation laws.
So this idea is at the boundary between the known and unknown.
With an incomplete theory of quantum gravity, it is impossible to be certain what spacetime would look like at these scales, because existing theories of gravity do not give accurate predictions there. Therefore, any the developing theory(s) of quantum gravity will elucidate our understanding of quantum foam as they are tested.
And I've elaborated extensively on the zero-point energy in this thread, showing how we can calculate at least 5 different answers for the amount of zero-point, or vacuum energy, depending on what approach we use, and we don't know which answer is correct but we have some pretty good clues and I've explained all that already.
Quantum foam is theorized to be created by virtual particles of very high energy. Virtual particles appear in quantum field theory, where they arise briefly and then annihilate during particle interactions, in such a way that they affect the measured outputs of the interaction even though the virtual particles are themselves space, and these "vacuum fluctuations" affect the properties of the vacuum, giving it a nonzero energy known as vacuum energy, a type of zero-point energy (however, physicists are uncertain about the magnitude of this energy).
Originally posted by Arbitrageur
He doesn't understand the double-slit experiment.
In the first both slits are illuminated. In the second both slits are also illuminated but observation causes the wave function to collapse, or so they say. I posted a popular video animation of the experiment in my last thread here: www.abovetopsecret.com...
The key result is that the pattern is different, not that it's the same. So he either has absolutely no idea what he's talking about or he's not explaining himself very well. So when he says: "The accepted error is that there is no difference between the two respective interference patterns. " it doesn't make any sense.
Same double-slit assembly (0.7mm between slits); in top image, one slit is closed. Note that the single-slit diffraction pattern — the faint spots on either side of the main band — is also seen in the double-slit image, but at twice the intensity and with the addition of many smaller interference fringes.
The double-slit apparatus can be modified by adding particle detectors positioned at the slits. This enables the experimenter to find the position of a particle not when it impacts the screen, but rather, when it passes through the double-slit — did it go through only one of the slits, as a particle would be expected to do, or through both, as a wave would be expected to do? Numerous experiments have shown, however, that any modification of the apparatus that can determine which slit a particle passes through reduces the visibility of interference at the screen,[3] thereby illustrating the complementarity principle: that light (and electrons, etc.) can behave as either particles or waves, but not both at the same time.
Originally posted by Mary Rose
What technology did the Egyptians use to transport these blocks?
It's Occam's razor Mary.
A wide range of theories and opinions have been advanced to explain how this was accomplished. I will dismiss as inconsequential those speculations which attribute the moving and raising of the blocks to the use of anti-gravity and supernatural power by the high priests of ancient Egypt. I also will not consider theories that astronauts from other planets built the GP. The proponents of these ideas incorrectly assume that ancient Egyptians living in 2600 BC did not have the ability to do it by themselves--using straightforward, physical methods and working with the same natural laws we encounter in the present day. Of course, many scientific theories have been advanced that are less fanciful and more workable. The various scientific contenders differ substantially with regards to practicality, engineering feasibility, and the archaeological record. The purpose of this paper is to lay out and select the most promising of these.
Originally posted by Arbitrageur
So you gave up on Hills confusion over the double slit experiment?
Originally posted by Arbitrageur
Just ask Wally.