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Dec. 17, 2021 - Clif High
22:39
stacking woo - Explorers' Guide to SciFi World

biofields Rife machines med beds

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Hello humans.
Hello humans.
Limber up, limber up.
We're gonna stack some woo.
Okay, so um this is sort of about our electric stuff that we talked about the other day, so I'll run through some quick electric stuff.
The uh it's very very cold here.
Uh the mag motor, the um fueless magnetic motor that I've been offered.
Um I declined to continue uh putting any energy or time into it.
The company had just too many red flags to um uh to mess with, so uh so it's a bust, it's um uh not going to occur.
So now the other day we had a discussion about the cells and their um their magnetic overlay here, right?
The floating constantly changing uh constantly altering uh biofield of magnetism, electric charge is basically what we're talking about here.
It's an electric charge.
This charge state around the cells, this static or resting charge state, but it's still continuously changing.
It exists only because of ions that come up through the cell wall, and so maybe over this area maybe it's calcium ions, right?
Um and so the red stuff here is calcium ions, and maybe over here it's magnesium, um magnesium ions in the purple.
And so it it changes.
The individual cells change their constant resting magnetic electric state uh by way of these ions being expressed through the cell walls.
This ends up creating the biofields.
Uh the biofields around them, the morphogenic fields exist when you have multiple cells together, and we get the effect of a joining of electrical potential from cell to cell as areas of like and dissimilar ionic potential exist between the cells.
This is so you can you can have a calcium touching to a magnesium as the two cells touch, and there's lots of different uh lots of different ions, right?
We've got magnesium, zinc, which is uh used in our immune system and anti-COVID and all of that, and antiviral, etc.
etc.
Uh we've got iodine calcium uh and we've got uh hydrogen.
Uh this is why uh lords and all of these bathing areas where you'd go and get healed by bathing.
It's because there's bubbling hydrogen and gases in there that change your electrical potential through ionic expression, causing alteration in your biofields.
Uh so uh now we also have C60.
Okay, and it's it's also in this category of the hydrogen because it also alters, it's it it doesn't express out as an ion.
It is a sort of a cleanup substance on the outside here that will remove um uh and get rid of the um waste material that we get from our cells uh within this electrical state uh as a result of all the activity we do, right?
So it's sort of like we got little furnaces and we build up ash, if you want to think of it that way, and the C60 gets rid of that.
So these ions are are and there's you can get ionic states of iron and basically any metal can and uh some non-metals uh can cause ionic states to occur.
So for instance, at a cold enough temperature, hydrogen actually becomes a metal.
Umway though, uh so our our bodies are uh composed at the very base level of electrical charge units in the cells.
You can think of every cell, so 10 billion little batteries, or you're composed of 10 billion little charge state conditions, and then they cooperate.
And this is where we start stacking the woo, okay?
Because we get this layering effect where the two layers of electrical charge combine to create a greater whole, we also can surmise, well, we know uh deliberately that there's all these different kinds of of there.
We've got a cellular level, uh, we've got like tissue, so muscle tissue, um uh together, you know, um uh gum tissue, they all share a charge with the and and uh and um a level of computational ability within their like tissue.
So uh your tooth, right?
It it knows when to stop growing because all of the cells in the tooth uh cooperate and they're all sending signals to each other, you're stretching too far, you're stretching too far, let's stop right here.
All right, that that kind of thing, right?
The individual tooth knows to stop growing.
That's been the failure for growing teeth here and uh regrowing teeth, you know, artificial tooth regrowing.
There were some uh matrices that they had done that was very clever, they'd uh done them in a number of different ways.
They put in your own active cells and they implanted them, but they could never get them to stop growing.
And it became they actually end up most often in the experiments I've read about, they end up yanking them because it's too much trouble to uh deal with them because you're constantly grinding them because they continue to grow.
And also there's the issue of would they become cancerous left in there?
Uh just is no way of knowing.
But in any event, though, so so cells cooperate and they set limits to what's going on.
So your liver doesn't keep growing down into your leg, for instance, right?
All of those cells cooperate in the liver in a like tissue fashion and say, okay, I'm in a liver cell here, uh, this is as far as I'm going, I'm bumping up against uh, you know, a gallbladder, I don't want to go any further.
And so it sends a signal out there and the liver stops growing.
That kind of a thing.
That's a very crude expression of what's going on because this is extremely sophisticated, sophisticated beyond our understanding, right?
We are only scratching the surface of this.
This is actually the nature of why people like Rife, um Raymond Reif and uh uh William Reich, while why they thought there was a potential for uh Rife machine kind of energetic expressions, right?
And this is also why a skinar works now, these uh electrical and a tins machine.
Um in this case, those those kind of machines are working on distributed tissues.
A distributed tissue is a like tissue that's distributed throughout the body.
So all our skin is alike to each other and it's distributed over our whole body.
Our alimentary canal from our from our um mouth all the way through is is like tissue.
It changes, but it is generally like in in to itself more than it is to the other cells.
So uh we have these distributed tissues, nerve tissues, and so on, right?
And so the rife machines were intended to create a a change in the electrical charge in the body in order to fix you.
And they came out with a frequency they were sending out uh basically uh radio frequency pulses.
The problem is there's many problems with this uh idea.
So Rife it was a failure.
Rife machines are not everywhere, they're not fixing everybody.
There's some people that seem to get a placebo effect out of them, but would they get that placebo effect out of a you know a special glass of water?
We don't know.
Uh Rife machines have a danger to them, as do all these energetic machines, uh, because they can disrupt all of this right here and destroy your natural native uh should be there electrical charge, which is also participating in your immune system, and these intense networks.
These networks go up through the organ level and then they go through multiple organs that are all tied together.
They go through your nerves and so on.
So there's many different networks uh operating within your body.
So the electrical signals that go through your nerves don't spill out into your into your other organs.
Uh the same thing in true of the brain.
The electrical signals know which route to go.
They don't just go off in every which way and say, ah, fuck it, you know, that kind of thing, right?
So there's a very coordinated, very organized thing.
The Rife machines were also basically predicated on the idea that our cellular level um biofields were static, that there could be a reading, a one-set frequency for the entire human body, which is not possible because uh you could get an average, but you're not getting anything specific.
Just like the uh frequencies for particular um paramecium or or a kind of um you know a parasite in your gut, this sort of thing, right?
Those kinds of frequencies are not specific enough, and they change constantly.
That bacteria has this same kind of stuff going on where it's doing these same kind of electrical charge state things that are changing.
And so, as a result of that, rife frequencies would have net needed to have adapted constantly in a in a range for all these various different um uh ailments or or methods of uh supposed cure, and they would have to have been done in an uh era and a time, and they were done in an era and a time when we were much less electromagnetic uh radiation in our environment.
So all of the rife frequencies, even if they were valid at the time that he determined them, and that's questionable, knowing how how rapidly these things change, um, but even if they were valid are no longer valid because we're inundated with all kinds of radio frequencies that we our bodies are reacting to and everything else is reacting to and are continually changing.
So all of the um radiation and all that kind of stuff is changing us at this level, at the cellular level, and it goes, it stacks all the way up, right?
Multiple organ level.
Uh your nerve system, your vagus nervous system.
All of these are multiple, they're stacking these various different kinds of networks that basically all work at the cellular level and and are dependent on that cellular level um L field they're called, life field or biofields.
So we see that rife machines have issues.
Uh schenar has issues.
You can't use skinar uh at high power on your neck or your head, or you'll you're gonna cause some serious problems because it's basically just a very crude approach of putting in electrical voltage to the body as a whole, as opposed to being able to um discriminate and find areas where there is some kind of disruption or disharmony within that that level of the network, wherever that level of the network might be.
At a cellular level, that's where cancer begins.
One cell decides not to cooperate with the others around it and heads off on its own.
Uh so you could, if you could find that cell, you could zap it and tell it go back, cooperate, and say, okay, sure.
Um, but uh none of these machines are that sophisticated.
That would be the idea of a medbed, right?
That it would work at this level.
But bear in mind, uh this is constantly changing.
So you would have to have the most, you would have to have computing power and stuff that's far more sophisticated than we have now that would be able to map out the entire body to not screw you up.
You'd be more likely than not to be screwed up by a medbed and being zapped by electricity than not.
So there's it would be all risk and no benefit.
Um, it's not like uh the guy going into the sarcophagus thing in uh Stargate movie and getting healed, right?
And by the way, you saw how big that thing was, and maybe it was using all of the computing power for the pyramid just to drive it kind of a thing, right?
Because it would just be so massively computationally intense.
Um these little tiny ions that that drive all of this come from these basic materials other than the C60 that are that are uh your normal ingestation every day.
So if you don't have a good diet, of course you're gonna get sick because you won't have the necessary um uh uh source material to make the ionic layers that perform the computational stuff to your body.
So all this kind of stuff starts making sense.
It also makes sense that you can have a a brain layer, which is one of these multiple organ things, it's also an organ self, come down And cause cancer at a cellular level because of stress causing hormonal changes, etc., that disrupts this electrical potential.
There you go.
You know, you you got a tumor growing just like that.
Boom.
So anyway, though, so there's this guy, uh, Dr. Burr.
And I've got his book coming.
I don't have it yet.
I've read some of it online, and I just started playing around, and I think his approach is valid.
Now, this guy back when he's a very famous doctor, you look him up, you find out he knows figured out what estrogen was, uh, you know, described it as a hormone, all this kind of stuff.
He's, you know, a professor, um researcher, etc., etc.
Anyway, he came up with this um idea of measuring the biofields, and at the time he did it with a uh vacuum tube voltmeter, and he measured um voltage in in millivolts, uh the micro voltage.
So he was attempting to get down to the cellular level, but uh, but really I think he was just dealing with the um the higher ends of the stack.
I don't think he really conceived of getting down to to that level, but they they had some marvelous results because he was able to put a probe on one part of the body and a probe on the other part of the body and watch the voltage change as conditions change.
So they checked a mouse and it got a reading off of a mouse, they induce cancer in the mouse, they come back and take another reading, and aha, the readings changed.
So they know which direction cancer causes the readings to change.
If they look for that kind of directional change in a broad sense, I'm simplifying, in the human body, they can say, oh, you may have cancer.
And indeed, they did this with things like um uh a lot of patients.
They did a sampling because he had all these patients there.
He was working with um Yale and uh other medical institutions, and uh so he was testing the patients for their electrical voltage before there was a resolution.
And and then they found out what the resolution was, and they could say, uh huh.
Sort of like Raymond Reif saying, oh, if I get set this to this frequency, you know, uh that um uh uh skin fung uh fungus uh falls off of the patient.
And so therefore this frequency kills fungus, right?
Uh so you're making observations and making conclusions in a working hypotheses that you're building towards a theory.
Um but all these are like lab stuff, right?
And so Burr goes and checks all these patients and they get all these readings, and then they say, aha.
Now, if we have a real theory, we can make projections.
And so they go to people and they say uh they they go and they tell uh tell the doctor before the resolution has occurred on the patient what the problem is.
So, in other words, they would go and test a woman and tell the doctor she's got an ovarian cyst.
And the doctor would check and say, aha, sure enough, she's got an ovarian cyst.
And uh, but they did it electrically, just reading on her body.
Now he used a vacuum tube um voltmeter to the millivolt level, and for me that's got problems.
Uh you can still get them, there are a lot of them on eBay and stuff, but they're all uh swing meters, and with my eyes and being able to get a good reading, that's not so good.
So I'm I'm using my regular old uh one that I use for all my other experiments here, because we're still basically dealing with electricity, only I've done some alterations, and I can say that that um I think Burr is correct, uh and that it is valuable to do this,
and you could probably map your own body over course of days, weeks, months, years maybe, and find out a lot of fascinating things about yourself going through time if you were um aware enough and observant enough to to track it uh at this uh level of electricity.
And so what I did was this is just a regular old uh volt meter here.
What I did was though, I took and I altered the probes.
And um I I can't find, I don't know yet uh what Burr did for his probes.
I'm suspecting because it was an analog uh uh vacuum tube meter, and this is digital, uh, that he used a either a complex standard single probe, a uni probe they called them, uh which had both uh contacts and you but it only did small areas, so I think he didn't.
I think he might have used uh sort of the same method I am, two probes, or a probe in a ground, right?
And uh attaching it at various different parts of the body.
So I'm uncertain as to how he did it, but I do know certain I do know just from my own experimentation in the last couple of days, that uh there's some things that don't work well.
And so you don't want to have the um the probe itself just coming and touching the skin.
It works, you can get uh uh very fine readings out of it, but the variable uh the amount of variability is uh very high, and the area it covers is relatively small, of course, individually on each probe.
And it makes a difference if you can cover a wider area.
So uh you get a reading off of a hand uh that is much more appropriate if you can cover the wider area of the hand than if you were just poking the two probes on two different parts of the hand to read across the hand.
So uh this was just my thinking on it, and sure enough, my experimentation worked out.
What I did was to take this um desoldering wick, right?
This is uh a woven, very thin copper um uh filament that you use to draw solder up off of things where you really fuck up your solder job and you cross-connect on um circuit boards and stuff, right?
And so what I did was to use a little zip tie and put a length of that, because it's just a copper soft copper braided material, on a on one probe, and just zip tied it there.
And it's good, it's solid.
I can lay it across my hand, I can affix it to parts of my body with tape, it doesn't interfere with it.
Tape, uh depending on the kind of tape, by the way, it will alter the millivolts, but it'll stabilize.
And then on the other end, uh, for convenience and have a broader spread, I attach one of these gold contact um uh phone plugs to the probe, and it makes contact inside with the center um uh main extrusion, right?
And so I get a broad uh reading out of this.
Uh I can get a very broad reading across the larger surface of the body.
And by and you'll notice some amazing results by separating it widely on the body, putting it close to each other, so you could actually you can actually get readings on your millivolts off of just your hand that are that's relatively localized.
And then if you spread it out, you see that, oh, look at the difference between the hand and the whole arm.
And you're not reading impedance per se.
It's not really that.
It's not um resistance or those sorts of things.
You have to experiment with it.
Uh, I'm gonna get his book uh delivered in the next few days, hopefully, um, and we'll uh we'll see what Burr had to say about this in in detail.
It's quite fascinating, it really is worth pursuing as a diagnostic tool, though, right?
I'm not thinking that this is because there's no way that I know of to effectively do this kind of level of alteration safely, right?
Uh that's that would be the issue is the safe part.
You wouldn't want to screw up any of your um uh ion uh of your mineral balances because because you're gonna mess with your basic body electricity, which is not good.
Anyway, so I'm gonna go in and put a sourdough loaf in the oven and come back out and make the next one of these.
Uh here, so um magmotor bust, and we stack our woo to understand how these various layers of software, which are these uh cooperating magnetic electric fields as they stack up off of the cell, through the nerves, off of the cell, through the livers, etc.
etc.
Um we understand that our bodies are giant computational machines telling our teeth not to grow too big, you know, and you you don't want a nose hair that falls down to your, you know, grows down to your your toes, that sort of thing, right?
Uh it all has to have limits, and that's how they set the limits, that's how it's coordinated.
So we have all these software layers in our body that we don't want to be screwing with by zapping ourselves with big amounts of electricity, or even thinking about getting in any kind of a bed with Simon Parks on any level at all.
Uh anyway, guys, yes, I know I'm a mean bastard, there's no question about it.
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