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lostbook
Great thread.
I'm no scientist but I think magnetism is the key behind the universe's inner workings in some form or another. Sound waves is also a definite possibility, but this thread gives me another idea based on another thread I'm conjuring in my head.
I'm thinking that the Earth must have magnetic pressure points and at these certain points a human can manipulate matter/ forms in ways that they can't at other places on the planet. I've read other threads where is says that ancient temples and places of worship are built at certain lattitude/ longitude points. I forget the actual term for it, but what if the Coral Castle is built at one of these points and at this point was where Leedskalin was able to work his magic? What if it really is just a matter of location, location, location.?
What say you, ATS?
old_god
reply to post by AthlonSavage
"A mind that is not enslaved to to the established norms (academic science) is usually one that is free to discover the wonders of the universe"
AthlonSavage
I don't think Ed had to be necessary a maths wizz to work out the lengths of sides, height for the different shape stones he cut. I think fundamentally he may of worked it out by using the pyramid geometry. The rough example in picture below shows how pyramids with the correct dimensional ratios might be combinable together to form a cube shaped stone block. This technique I would think he learned within his stone mason family heritage.
Im no maths or geometry wizz either so that sequence "may not be the correct one to form the cube", but im sure you can appreciate the concept for forming a cube by joining pyramids together to arrive at the cube.
Personally im convinced Eds magmetic current exists in all objects. How would this theory sit with main stream science. At this point I would suggest a possibility there are two currents the electric current and Eds magnetic current. Mainstream science knows a lot about the first but nothing of the second.
Ed did say that main stream science is only is able to see half of what is going and its measuring instrument tools can only detect one half, of the whole.
The pyramid shape itself may be a natural shape for collecting the magnetic current, much like a sail catches the wind, a solar panel catches the sun or a capacitor holds an electric charge.
edit on 18-12-2013 by AthlonSavage because: (no reason given)edit on 18-12-2013 by AthlonSavage because: (no reason given)
dragonridr
If there was this other current we would have found it by now.
dragonridr
If there was this other current we would have found it by now.
dragonridr
If there was this other current we would have found it by now. Think we are at a point in history we can view an atom. We build colliders to break down individual particles into their parts so i can say with 100 percent certainty there is no missing current. This is the kind of speculation they were making in the 1800s we have come along way since then.
AthlonSavage
reply to post by Mary Rose
dragonridr
If there was this other current we would have found it by now.
I laughed at that statement, its actually absurd.edit on 19-12-2013 by AthlonSavage because: (no reason given)
That's more or less the way magnets are made so of course there's an application. You don't want relays to get "stuck" though so a relay isn't the best example of magnetizing something else.
jeep3r
For all I know, this effect is not being applied in any circuits or devices even though there could be potential use for this in many areas (please correct me if I'm wrong). The closest any applications get when it comes to utilizing this effect are probably relays. But perhaps some of you know a similar concept being applied in today's devices and applications?
In order to "think outside the box", you have to know what is in the box. If you don't, how do you know if you are thinking outside the box? That was Ed's problem, he was tinkering with things that had already been done experimentally long before he was even born. Here's an electromagnet from 1831 where this effect was already known:
jeep3r
Anyhow, I think the above experiment shows (to some extent) that Ed was a very practical person, capable of alternative thinking beyond main stream science ...
Now if Leedskalnin had done his experiments in 1731, he might have been learning some things not well known or documented. But he was at least a century behind the times when it came to current knowledge, virtually all of which was confirmed through experimentation, so your implication that doing practical experiments isn't mainstream shows a lack of knowledge on your part about how mainstream knowledge is gained.
Joseph Henry’s large horseshoe shaped electromagnet from 1831. Henry used it in experiments. Courtesy: Smithsonian Institution.
So instead of saying I'm 100% certain there's no magnetic current like dragonridr did, I'll say there's no evidence for the fundamental particles of such current, the magnetic monopoles, and it's not from a lack of looking for them:
Magnetism in bar magnets and electromagnets does not arise from magnetic monopoles, and in fact there is no conclusive experimental evidence that magnetic monopoles exist at all in the universe.
So can we say for sure that magnetic monopoles don't exist? The closest we can say is that if they do exist they are too rare to form any significant current, and this has been experimentally verified. As clever as you think Leedskalnin was, many modern researchers and experimentalists are vastly more clever since unlike Leedskalnin they didn't ignore all the experiments that preceded them for centuries so they didn't have to start from scratch.
A number of attempts have been made to detect magnetic monopoles. One of the simpler ones is to use a loop of superconducting wire to look for even tiny magnetic sources, a so-called "superconducting quantum interference device", or SQUID. Given the predicted density, loops small enough to fit on a lab bench would expect to see about one monopole event per year. Although there have been tantalizing events recorded, in particular the event recorded by Blas Cabrera on the night of February 14, 1982 (thus, sometimes referred to as the "Valentine's Day Monopole"), there has never been reproducible evidence for the existence of magnetic monopoles. The lack of such events places a limit on the number of monopoles of about one monopole per 100,000,000,000,000,000,000,000,000,000 nucleons.
Arbitrageur
That's more or less the way magnets are made so of course there's an application. You don't want relays to get "stuck" though so a relay isn't the best example of magnetizing something else.
If you watch these two videos and understand them, you will know more about magnets work than Leedskalnin did, and the second one shows an industrial example of what's shown in your illustration to make magnets:
Magnets - A Magnet Factory -Part 1 Making magnets without electricity
Magnets - A Magnet Factory -Part 2 Making magnets with electricity
In order to "think outside the box", you have to know what is in the box. If you don't, how do you know if you are thinking outside the box? That was Ed's problem, he was tinkering with things that had already been done experimentally long before he was even born. Here's an electromagnet from 1831 where this effect was already known:
www.ieeeghn.org...
I would encourage people who want to think outside the box to first learn what's inside the box which was put there by centuries of experimental work. Then when you know what's inside the box, you'll at least know if you're even thinking outside it or not. There's a lot of amazing stuff inside the box, including things like quasiparticle magnetic monopoles, which aren't real magnetic monoples but they exhibit similar properties, and those have been found in experiment.
I've read magnetic current and done more experiments than Leedskalnin described therein. As I said on the first page his "insights" are easily falsifiable, such as the moon not crashing to Earth as he said it would if the poles of the Earth or moon flipped. The moon doesn't even have the same kind of magnetic field as the Earth as Leedskalnin thought. I would add that it's kind of absurd to even think that magnetism held the moon in orbit in Leedskalnin's time. Maybe in the dark ages before Newton I could understand the hypothesis, but there was no reason to substitute magnetic forces for gravity versus inertia to explain the moons' orbit after Newton, that I can see.
jeep3r
The videos cover the principles of magnetizing, yes, but Leedskalnin's insights clearly exceeded what is shown in those videos. But to know that, one would have to look into his work called 'magnetic current' and do the experiments ...
How is that different from what's shown in the second video? The only differences I can see are that the factory operator uses a footswitch to connect and disconnect the power source and the windings are slightly different but it's the same basic concept.
This is not really the same thing as what Ed came up with to describe electromagnetic properties using coils and steel.
1. Connect the start/end of the coils with the positive battery terminal (just for a second)
2. The steel bar is magnetized and pulled to the prongs and stays in place without electricity
3. If you pull the steel bar off, the electric current you used in step 1. to achieve the bond effect can be 'regained' via the coils & can be measured with a voltmeter. The setup actually 'stores' the current you put into the system.
He did have a design for a perpetual motion holder, which was good for people wondering what to do with all their excess perpetual motions.
Well, Ed's work wasn't so much about magnetic monopoles and he didn't describe an experiment for getting zero-energy either.