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Originally posted by Bedlam
Originally posted by beezzer
Crystals have had a reputation (re; their resonant frequency) of healing.
Perhaps there s something to a certain resonance.
Crystals aren't magical. Parts of some piezoelectric crystals can be electromechanically resonant, but only if they're cut just right...and then, they still don't do anything unless they're used correctly in a circuit.
Originally posted by beezzer
Originally posted by Bedlam
Originally posted by beezzer
Crystals have had a reputation (re; their resonant frequency) of healing.
Perhaps there s something to a certain resonance.
Crystals aren't magical. Parts of some piezoelectric crystals can be electromechanically resonant, but only if they're cut just right...and then, they still don't do anything unless they're used correctly in a circuit.
I was just spit-balling here. I know as much about crystals as Michael Moore knows about dieting!
Your body doesn't have a resonant frequency, nor your mind. Electric charge does not have a frequency, although you can apply an electrical signal that does. Light and sound are not similar, and cannot be tuned to each other.
Originally posted by rickymouse
Originally posted by GoOfYFoOt
Here's a big freakin' "what-if" from the disturbed mind of yours truly....
You subject a person to sound waves that induce their body/mind's resonant frequency. As they are experiencing some type of euphoria, from this sensation, you add a magnetic influence, and then a light source of specific wavelength, and then a small electric charge, ALL of which should be tuned to a harmony, or specific chord, in relation to the subject's body.
What would happen?
Start to dance?
Originally posted by GoOfYFoOt
Not the body as a whole, but certain parts that are more dense, like bones and teeth, do.
Alternating current does have a frequency, in regard to the speed of the polarity reversal. Or using direct current while oscillating the charge could be tuned to a specific frequency.
Light has a measurable wave, therefore it too, can be harmonized with, if not effectivey modified.
I love to provoke abstract thought.
Originally posted by beezzer
reply to post by Bedlam
You still have the papers?
Am curious.
Originally posted by jimmiec
reply to post by beezzer
Crystals. Those are the tiny burgers that you buy 12 of after the bars close.
It would be hard to say if a tooth has much of a resonance as quite a bit of it is damped by the gum/jaw.
Originally posted by GoOfYFoOt
reply to post by Bedlam
It would be hard to say if a tooth has much of a resonance as quite a bit of it is damped by the gum/jaw.
LOL...Apparently, you have never struck a tree with a wooden baseball bat...
Originally posted by Bedlam
Originally posted by beezzer
reply to post by Bedlam
You still have the papers?
Am curious.
They're in the lockup at work. I am 2400 miles away, sad to say.
Are you familiar with electroanesthesia/electrosleep? It is a very interesting field, and right up ATS's alley. I never really considered a thread on it until now. Partly because I'm on the wrong side of the story, from most ATSers point of view. Partly also because it was classified past the phase I paper we did on it. So I'm in the odd position of not actually being NDAd to the covert side while knowing what it's about anyway, but in such cases it's been pointed out to me that I should have known not to connect dots for people, their exact phrase last time I got in trouble for doing so.
Originally posted by Bedlam
Originally posted by GoOfYFoOt
reply to post by Bedlam
It would be hard to say if a tooth has much of a resonance as quite a bit of it is damped by the gum/jaw.
LOL...Apparently, you have never struck a tree with a wooden baseball bat...
Your bat is long and thin - nice aspect ratio - and elastic, so it has a relatively high Q. When you strike an object with it, it will induce a mechanical resonance along the length of the bat. That will be damped by your hand, into which the bat will transfer its energy. Doing so, it will form a loosely coupled system with your arm, shaking your arm as well, how well it does this depends on where you hold the bat (choking up is actually changing the bat's impedance and resonance), and how tightly, and how tight your muscles are.
This is also true for, say, shooting a firearm. If you watch this as recorded by a high speed camera, there are all sorts of mechanical resonances going on - the barrel will whip up and down at the barrel's natural rate, you and the rifle will oscillate at the rate formed by your arm and the rifle stock, a shock wave will travel down your body in the skin and sometimes back up again with enough force to see.
Originally posted by rickymouse
Originally posted by Bedlam
Originally posted by GoOfYFoOt
reply to post by Bedlam
It would be hard to say if a tooth has much of a resonance as quite a bit of it is damped by the gum/jaw.
LOL...Apparently, you have never struck a tree with a wooden baseball bat...
Your bat is long and thin - nice aspect ratio - and elastic, so it has a relatively high Q. When you strike an object with it, it will induce a mechanical resonance along the length of the bat. That will be damped by your hand, into which the bat will transfer its energy. Doing so, it will form a loosely coupled system with your arm, shaking your arm as well, how well it does this depends on where you hold the bat (choking up is actually changing the bat's impedance and resonance), and how tightly, and how tight your muscles are.
This is also true for, say, shooting a firearm. If you watch this as recorded by a high speed camera, there are all sorts of mechanical resonances going on - the barrel will whip up and down at the barrel's natural rate, you and the rifle will oscillate at the rate formed by your arm and the rifle stock, a shock wave will travel down your body in the skin and sometimes back up again with enough force to see.
Never chopped a tree with an axe I guess? The dead ones make a lot more noise and the taller the tree the different the sound. It's not only in the bat.
I used my cordless circuit tester on the trees. I put a signal into a trunk with a copper rod. I was able to pick up the signal on all trees within about a twenty foot radius. Not only would the energy of the axe blow be in that tree but it would also resonate to the other trees around it.
Teeth do accentuate the frequency of sound, the jaw doesn't dampen them much.
Originally posted by beezzer
Thanks. I may look it up and do some homework on my own. Totally understand your predicament, though.
Originally posted by rickymouse
Never chopped a tree with an axe I guess? The dead ones make a lot more noise and the taller the tree the different the sound. It's not only in the bat.