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Nov. 14, 2018 - Clif High
43:41
c60 + intergalactic- a conversation with Ken (scientist)
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Aha.
Little red dot, little red dot.
Must be successful.
That's good to see.
Yeah.
Okay.
So, real quick intro.
Um, I'm not going to edit this.
I don't have the time or any of that.
So, uh, this is Ken.
He's from uh he's a chief scientist at uh C60 Purple Power.
Um if you don't know me, basically go look it up.
I haven't got the time to introduce myself.
So uh Ken is um he's real sharp in a lot of different things.
I wanted to talk to him for a few minutes today about uh C60 and some uh interesting effects, and then about this uh crazy ass idea I have that we're calling the uh intergalactic interweb.
Okay, and so um Ken's introduction to C60 came about due to uh basically fears of radiation, correct?
Yes.
Okay, and so my my point in bringing up C60 is not to pimp this stuff.
Please please confirm to everybody that you don't pay me a dime on this.
You send me too far too many damn bottles of this stuff.
I can't consume it that much, but other than that, I'm not getting paid for any of this, correct?
Okay.
Um I personally think it may be a good time to pimp C60 into the general population a little bit harder because of the anti-radiation benefits due to the fires in California.
Yeah, and oh, there's also one thing on one of our product our suppliers has been totally bought out by NASA.
And I know another company that's totally bought out by NASA.
And uh, so yeah, so they're that they don't longer so NASA's uh figured out the benefits of C60, and they've just been buying it by the kilogram after kilogram.
So something's happening there, and you don't know who they might be passing along down the line to somebody else, too.
We never know.
Right, but right.
But it always struck me as you know, Van Allen belt radiation C60, hmm, you know, yeah, maybe something there, right?
Yeah, it took them a while, NASA's a little slow, but I guess they finally caught up to it.
So that's happening.
Uh so anyway, so uh people in California may want to consider the um mitochondrial scrubbing benefits of C60 in an atmosphere that may include radioactive particles brought out by fires and the fire suppression techniques.
And uh C60 works by taking out the um uh the residue of the part of your cells that make energy for you, and those are the parts that are uh more acutely affected by radiation than other parts of your cells, and they're um the gathering point for all of these like waste products, and that's what C60 does is to remove all this stuff from your system.
And so it does have anti-radiation benefits because radiation basically acts as a superoxidizer.
It basically sort of burns you internally to say that.
And so the C60 comes along and clears out all of the waste, so the waste itself doesn't cause you any problems, correct?
Yeah, and are you referring to like the out in Southern California where it burned up where that CME Valley nuclear reactor melted down?
Then I got testing once and actually I'd been exposed to plutonium because I was actually a kid living in Santa Monica area when that little sucker melted down, I think.
Oh yeah, so one of the the tests.
So that's anyway.
That's uh that's a little close to home.
And then my dad family, dad grew up in Paradise, California.
You know, they sold, I think they sold the house back in the 70s, but there's nothing left now, I'm sure.
Yeah.
Well, also the whole area now owned by Boeing down in there, uh, as well as the downwind portion of Vandenberg and all of those places where all of the rocket fuels, because the rocket fuels frequently put down layer after layer after layer of radioactive um waste material in the process of burning their way up into the atmosphere.
And so the the whole area is uh extensively covered with um uh radioactive material going back at least to the 70s.
Oh, I'm thinking I think that semi-reactor went down in the 60s, maybe.
In the 60s, right?
That was that was the big layer.
Oh, the other stuff, yeah.
I mean, they're constantly doing whatever.
Yeah, who knows what goes on down in Vanimer.
Right.
And part of part of the problem with Southern California relative to radioactivity relative to fires, is that it's dusty.
There's one percent humidity.
So radioactive material is not gonna wash through the soils the way it does up here in the northwest, where we got you know 13 inches of rain in three weeks, right?
And we have very porous soils.
And so when they go on in to do fire fighting, what are they going to do?
Where they're gonna bring up vast quantities of dust uh along with and the fires themselves because of the inferno they create, are gonna just suck dust up into the atmosphere and sort of like vacuum clean it up into the high atmosphere, and it's gonna fall back down again.
At this moment, if you go and look at the wind patterns and stuff, it's all blowing offshore because of the Santa and the winds.
That uh that won't persist.
And when the uh winds shift back due to the current changes, then a lot of this radioactive material, should we still be having fires, uh, will reap uh precipitate back into the Southern California area and it'll come down through the atmosphere.
So C60, in my opinion, now is really a good uh radioactivity scrubber.
Yeah, and it wouldn't it wouldn't probably hurt to have a face mask or something to make sure you don't inhale some radioactive particle.
Yeah, and if you're on um uh you know, if you're in an uh exposed in a dust environment like that, certainly where we're uh nose protection and so forth, just to save the lining of your uh uh of your um systems from the abrasion of the dust itself, you know, if no other no other purpose.
And then one other, okay.
So so there's that about C60, you know, it just might be a good time to check it out.
Um one other thing here, okay, a weirdness.
Um so I was um uh maybe end of this January.
No, it was it would have been the end of February of this year.
Oh, okay.
So I have a small flock of laying hens that I got in 2013, seven birds.
Over the course of time, uh the birds age is now six years on.
I've only got three left out of that seven, okay?
And uh uh they were they're basically retired.
Uh when we moved here in February, uh, two of them were reasonably healthy, and one was in a molt and didn't look good, didn't look like it was gonna come out of that molt.
Um, and uh, you know, and it's an odd time of the year to be doing it anyway.
Uh, but in any event, so we move here, they've got a nice coop, they've got good wind and all of this sort of thing.
And I thought, well, what the hell?
I'm gonna give them some C60, see if it perks them up, right?
Now, these birds at that point were basically uh nearing six years old, and they had stopped laying, they're retired.
They had stopped laying maybe nine or ten months back.
Well, I started getting eggs again.
Oh after a nine or ten month hiatus, right?
And and healthy eggs.
There's uh a bear rock bird and two uh maricuna birds that lay the green green eggs, and um, and uh eggs are healthy, they're very uh orangey yolks because they get a lot of uh you know uh carotinid-containing stuff here in their diet.
And so uh I can only and the birds, their plumage is better and they look like they're doing well, and the one that looks sickly is uh plumped all back up again, and they look like you know, they might even be able to take on a small raccoon, you know, they're looking beefy, so to speak, right?
And laying again.
I got ill in July and uh was not able to tend them basically in June and July through this emergency surgery and stuff, and finally got back to giving them C60 again uh about two weeks ago, and so it's taken two weeks this time, but the first time I gave them C60, it was like within I don't know, maybe four days or five days they started laying again.
And so here it's been uh 14 days, but we're back to again an egg this morning, and so these are six-year-old birds.
Yeah, I could never retire, I could never kill off my chickens too when they stopped laying their eggs.
Yeah, chicken.
I'm too soft for that.
Oh yeah, yeah.
Well, I owe them, you know.
I mean, I got good protein and so on, and and I don't have to, so it's it's all right, I don't have to, right?
Uh but interesting, interesting about the C60 and the resurrection of the reproductive process within the um, and I notice uh no offense at all to the people that produce the live pet product, okay?
But I noticed a distinct difference between that C60 with the modifying components for the joints of the animals and all of this kind of stuff in um I think it's olive oil.
Yes, I think so.
Yes.
I think so.
I I I don't I don't know for sure, but I noticed a distinct difference between that and giving uh my um now nine-year-old dog C60 purple power.
And that and there's a number of differences uh in the impact, uh the dog actually uh it seems to do better without the additional additives.
Um the pure C60, or maybe it's just the different kind of fat within the oil.
I don't know, uh higher level of energy and so on, and uh reduction of all different kinds of what had been um uh growth irritations like uh papilloma virus, right?
And so a lot of these are reducing, and I can only put it down to the C60 because I'm uh other than the occasional vitamin, which I force her to eat because she didn't like them.
I could do a quick hypothesis on that.
I can't, you know, it's just a hypothesis, but I'm thinking that uh when you put attachments on it, it probably prevents it from operating in the mitochondria, the way uh sure, sure they could, and so because if you got something sticking on it, it's not gonna work in the mitochondria.
So I think that uh like a pure C60 or natural C60, whatever you want to call it, is uh it does that in the mitochondria.
And there's a whole bunch.
I do a little C60 show, and every week or twice a month, every second and fourth Wednesday.
And so each I have a little topic.
So if anybody ever wants to go back, go look at the C60 show, and I I did a C60 show back a few weeks ago or a month ago on that subject.
If they want to get in more in depth, I don't want to take up too much time here.
Yeah, sure.
And also I need to note that there's a number of articles at the National Institute of Health that you can pull up on their database about using C60 as a transport vehicle for various different kinds of drugs, they're all in trial at the moment.
Oh, and yeah, people also need to know they need to know a difference between like liposomal disability C60, which is what you know, most C60 products are they're dissolved in oil, versus hydroxylated C60.
They have a process where they put 24 hydroxyls or more on a C60, and that makes it water soluble, and then they can inject it in directly into the bloodstream.
Right.
That's a whole different chemical, it still has positive benefits.
I'm not saying that, but it also has some negative benefits because of the hydroxyls attached to it.
So just make sure when you're eating something or checking it out, there's two different, it's a different delivery method, totally different, uh it's essentially different molecule when you put 24 hydroxyls on it.
Eventually the hydroxyls bleed off and it goes back to being a regular C60, but in that bleed-off process, damage can be done.
Yeah.
In any event, like I was saying, just you know, I was it was just a goofy experiment just to help my retired chickens out.
I had no intention that they, you know, no clue that they might lay again.
And I don't know how long it would it would last, whether it's a spring back effect, right?
Well, they've had like for people too, they've had some women who've uh gone through menopause, they start uh having their periods again and they're taking C60.
Oh that's another well here's here's something that may be the mechanism for that, okay.
I've gotten because I had the cancer, I've gotten into a deep study of a lot of these um uh components that affect cancer.
And I'm quite convinced, probably against all uh academic reasoning, uh, that cancer is not a disease, that it's a conditional response, and that this conditional response requires at least 12 genetic expressions to be turned on in order for a cancer to exist.
It needs some form of an active trigger, an event that can't be undone within the body, and that the um uh uh uh continuation of the cancer and its growth needs to have these gene sequences fire off in a particular way over time and continue to be expressive as other parts of the process are brought in in order for the cancer to grow.
So I have a uh condition that is uh genetically uh I have genes for schizophrenia.
Okay, schizophrenics don't die of cancer, not even lung cancer.
My brother smoked three or he smoked so much the whole house reeked, and it was almost better to tear the sheetrock off than when he passed, you know, than try and get the smoke smell out of there.
Uh no, no sign of lung cancer or anything.
He reduced his lung function, had you know, uh emphysema that they call COPD, but he didn't have cancer.
I've had two cancer diagnoses from uh my exposure to chemicals way in my youth.
Uh neither one of them have metastasized.
I've actually had three cancer diagnoses, two of which were confirmed.
Um I cured one giant area on my head with cure derm out of Australia, which is what they use on cows down there to make some.
That's like the black salve.
I'm sorry?
Is that like the black salve?
No, it's it's pure white.
And you know it's you know, you actually you know it's it's related to the it's taken from the scrapings of a plant that's related to the egg.
Oh, yes, I know.
Yes, I heard about that plant.
Yeah, it's that one's really incredible because if you've got a skin cancer, and I don't know that it would work on melanoma.
I had a basal cell carcinoma that was in an advanced stage, but it was still it was at an advanced growth, but it's only stage two, you know, right?
And uh it stings when you put curiderm on there.
So and and it only stings on if areas of your skin that have cancers on them.
You can slab that stuff all over you, and if and if there's no cancer there, you know, it stinks a little bit, but you don't feel it.
The reason I got it was because I had a dog that had a cancerous growth on his foot.
Put the stuff on there, and I'm talking a serious size growth, right?
Put the stuff on there, and after it was a big black yucky thing, and after about I don't know, three days, it fell off.
Literally just fell off, and there was pink skin underneath.
And he had another one or two reappear, and I put more curiderm on there.
So ever since then I've just kept kept the stuff around.
I get the basal cell carcinoma diagnosis.
Um, they I get irritated at allopath because of missed or being undiagnosed in my major cancer for all these years.
So at that time I was very irritated at this uh dermatologist um physician assistant that was uh in charge of my case.
He was just an arrogant son of a bitch, and so I put curiderm on there, and then when they called me in for the surgery, which he was going to lead this team of four people to do, I walked on in and let them see that it wasn't there anymore, guys, that I'd gotten rid of it.
And basically told him, you know, sit on and spin.
Anyway, um, but the thing about cancer is having been through the cancer experience repeatedly, I'm quite convinced that certain things about uh my understanding of this uh are the case, that it's not triggered by a single uh genetic expression.
It requires a number of genetic uh number of genes to fire off, but it's not so everybody that has say a particular kind of skin cancer won't have the same 12 to 15 genes firing off in order to cause that cancer, but they will have at least 12 or 15 based on the type of cancer they've got.
And and those 12 or 15 might be found within a set of say 50.
So those so it would be those 50 genes firing off in a particular sequence at particular times that cause an individual to develop cancer.
Um and if other ones don't fire off, it won't ever metastasize.
So my oncologist is like baffled, right?
Because he knows from the surgery and the size of the mass they removed from me that I've had this cancer growing in me for perhaps 15 or 20 years.
And in that entire time, it never metastasized.
It it was entirely located to the interseception of the was exactly in that spot.
So it was caused by that friction back and forth of the intestines over the period of time.
And uh so they we know the trigger was this, but the the whole aspect of this that's interesting is uh first off, the uh I heard back from the phlebotomist and or no the uh the anesthesiologist in my case, and he said they were just like shocked at how red my blood was.
I was near death, okay.
I would have died if I hadn't done something, I would have died that day or the next.
Um it was at that that stage, but they were shocked about how they thought they'd tapped into an artery.
Uh and because the blood was just so red.
And even though, and even though I was in a hugely reduced condition, I was down to 142 pounds.
Um I had um good liver function, I had good lung ability, I had 97% oxygen.
Uh you know, so so I never never went in for oxygen, so they were quite convinced I would come through the surgery.
Uh, but that if I hadn't had the surgery, I I would not have been around to you know, to pitch about it, right?
Um, but anyway, so getting back to my main point on this.
Uh these genetic expressions, all right.
Uh cancer, for the most part, is not a young person disease.
Cancer is something that you age into, and so we can make certain assumptions based on our understanding of uh genetics And genetic expressions today that lead us to the idea that genes are, especially the cancer genes, are more potent or more impacting on you as you become older.
So there's obviously other genes that make you less resistant to those uh gene complexes being turned on.
And I'm speculating now, I'm speculating at this point, that it's stem cells.
That when you're younger, you have a higher level of daily production of stem cells relative to uh mature cells in your body, and that as you age, that ratio changes such that you actually end up with a bigger body over time, and so that's going to influence it, but you also have the the lower production of stem cells relative to the mass of mature cells.
And so it may be that there is some balance issue in there relative to those uh for genetic expression that would bring on cancer and so forth.
And the idea here is that C60 affects the quality and production of the stem cells even in older people, and it may even do so in older people in a uh directly proportional way to the amount and time of taking it.
Yeah, that's I believe that.
Let me should have put this.
This will improve the uh the quality.
Oh, there we go.
Yeah, so yeah, well, that's actually one of the things that uh we've come up because one of the things we were looking at is the people a lot of people have been taking C60 for two or three years, and uh they go get telomere tests, and the telomeres like most of once you know are in their mid-50s or late 50s,
and then they get a telomere test and it comes back with telomere lengths more characteristic of somebody in their mid-30s, and so we've had that, and uh, I was mentioning that on a uh show, and and and I also suspected that in because how is that happening?
How can you increase telomere length?
It's doesn't it's not supposed to happen with mammals, right?
You don't can't increase it.
Well, what we found out is that C60, like on the mitochondria side of things, when cells get senescent or even cancer cells, they kind of go into an aerobic or anaerobic anaerobic uh metabol metabolic system, right?
And uh, and and what they do is they change the acidity in the cell and suppress SOD, super oxygen diametase, which is in the mitochondria.
So it basically shuts the mitochondria down.
But when you take C60, C60 gets into the mitochondria and basically you're places SOD as the it gets rid of superoxygen, basically, which is a really super powerful ant uh oxidative radical.
So C60 neutralizes that it restarts the mitochondria.
Now the mitochondria are symbiotic bacteria that live in the cell.
They're you know part of a cell, but they're still they have their own DNA.
And so it happens when they restart the mitochondria in the cell, they send little chemical signaling messages to the nuclear DNA and if of the cell.
And if the nuclear DNA doesn't come back with the right set of messages, uh this the mitochondria will initiate apoptosis or program cell death themselves.
They don't need yeah, and so that's what's that's what's happening.
We found that C60, you know, it just gets rid of the senescent cells and and just wipes those out.
So those are the cells, most senescent cells have, you know, we are telomeres, just for the listeners, the telomeres wrap around the end of the chromosomes, and every time your cell divides, they get a little bit shorter until about after about 50 divisions, the cell can't divide anymore because the chromosomes would dissolve.
And usually cells that are senescent don't want to do that last division, so they try to shut down because they don't want to die.
Well, C60 kicks the mitochondria on apoptosis goes and they're gone.
So when C takes C60, it gets rid of all the uh a lot of the senescent cell cells with shortened telomeres.
But we also found people started calling me and sending me messages that they've been taking C60 just for a few months, and they went in to get stem cell treatments, and they had like this guy's a 70, he had the highest stem cell rate these guys had ever seen, right?
He's he's he's like one that a kid would have, and yet you know he's in his 70s.
So uh so that seems to be it.
And so what happens is the C60 knocks out the senescent cells with very short telomeres, and then it stimulates the production of stem cells, which then differentiate into new tissue types and organ types, and then they and right after a stem cell turns into a new tissue type, it's like a baby cell, like a cell in, let's say a baby's liver or something or baby's kidney.
And so it tends to go undergo a whole lot of division, so it goes one, two, four, eight, sixteen, you know, 32, 64, 128, 256, you know, 512,000, 24.
So one cell can uh can make a whole bunch of cells before it stops really division dividing, and those cells become working cells in whatever organ or tissue it is.
And so literally, when you're taking C60, according to telomeres, your average telomere length is increasing.
That's because your actual your average cell age is right, reducing.
You're literally getting younger.
Right.
Right.
Yeah, it's amazing.
And that's that's one of the little discoveries we made.
I mean, we're coming in with new little discoveries as uh as we go.
C60 just always up with new surprises.
Yeah, it's it's really interesting stuff in a couple of different layers or uh ways.
Um ran into some oceanographers that were uh deeply involved in some weird stuff I need not get into around red clay at the bottom of the ocean.
And uh how the red clay had at one point in its process of becoming that red clay, the sediment down there.
Uh basically it's like you imagine this um uh mud mask, if you will, going through the ocean as it goes down.
It picks up, you know, fish teeth or all these things suspended.
One of the things that it's known to get out of the seawater is C60.
Oh, okay.
Um, this particular kind of red clay, this particular layer.
These scientists were looking for the um uh the markers of C60 within the red clay layer, and what they found was there was this whole area that there was none.
And it was like the red clay was in all ways the same as all the other areas, and they finally figured out it's these worms.
These worms are actually seeking out these little tiny things.
I mean, you know, I wouldn't qualify them as a worm.
We're talking something that's uh microscopic in nature, and they're actually zeroing in on and sucking the C60 out of there and going about their business.
And that's that's why the other part of it is, which is these they thought for a while they were finding residues of of little nodules that were more C60 than the surrounding area, right?
And it's the death of the little worm colonies.
So so rather odd, you know, it's obviously uh uh uh a respected molecule in nature.
Uh anyway, so uh other subject, because I got a good sorry about this, I gotta get moving on.
Just one of those days, right?
Okay, so uh just to let people know, I had this wild idea, and the wild idea follows uh a certain logic chain.
Uh humans invent uh uh technology, let's say that we didn't steal it from alien spaceships, okay?
And um we invent technology, we get to where we are now that we're talking over wires and and Wi-Fi and everything on the internet.
It's logical that other species would invent something similar if they were a species that wanted to communicate with each other.
There's some species we can imagine, like Romulans that would say, nah, I don't want to talk to him, you know, that kind of thing, right?
Or Klingons.
Klingons would probably be more aggressive that way.
But anyway, the internet offers a lot of benefits as we've seen.
Vast quantities of money, it churns uh all of our world over, uh, you know, literally turning it over over on its head, and and uh mostly in a positive way.
So it it stands to reason that other species would develop this.
It also stands to reason that other species that may go into space would want the ability for the spaceships to call home, to phone home, and and they would have some form of internet that wouldn't be Wi-Fi, wouldn't be radio, it would be some other mechanism that would allow the spaceships wandering off into their particular solar system to call back to their home planet.
It's my speculation that the only thing that really fits this bill is quantum and entrained particles.
Well uh unfortunately I gotta grab that.
Hang on just a second, okay?
All right.
Hello.
Hey, I'm online now with 10.
Oh, cool.
Okay, bye.
Uh are we good?
Yeah.
Yep.
Okay, so sorry about that.
Anyway, so um uh anyway, so uh we invent uh right now, by the way, the Chinese are doing just that.
They're they're figuring out ways to entangle two particles, separate the two particles, put one of them out in space and one of them down here on Earth, bash the particle in space with a hammer, and the and the particle down here on Earth jumps.
And if you do that, you could even do Morris code and it would be an effective way of communicating.
Well, not effective, but it would work.
And so the idea is that we would have an internet that didn't require any amount of transmission media between the two because the particles would be entangled.
And thus we would have a galactic uh or certainly through space available internet.
And uh it turns out, by the way, that the reaction of quantum particle entanglement is about a billion times faster than moving electricity.
So internet would be about a billion times faster, or another way to think about it, it would have potentially a billion times more bandwidth.
Um, should you run on entangled particle internet as opposed to trying to do it through wires?
There's also some other aspects here.
We've got SETI out there with the um big dishes looking for radio.
Well, what if radio and television broadcasts are on a on a technology curve, a very finite amount of a society's uh lifespan?
In other words, we assume that someone's out there broadcasting radio for 5,000 years so that we can receive that signal, uh, because it would take that much radio to material to come towards us.
Well, what if radio is a phenomenon that as soon as you basically discover it, less than a hundred years later, you're onto the internet, everything goes into wires or local and it doesn't get broadcast out into space anymore and you disappear as a radio beacon.
We're in the process as a planet of doing that.
Sixty years from now, maybe we won't emit, you know, but a small fraction of the radio image that we do now.
And so, under the circumstances, those kind of assumptions are not necessarily valid.
However, it is it is actually happening here on Earth that the Chinese are currently inventing the quantum entangled internet.
They're entangling these particles, they're gonna put the particles into doing all different kinds of work.
These particles are but one of a like let's just say 16 quanta phenomena that can be exploited.
We're exploiting different phenomena with quantum computing, this would form a quantum internet.
Now, the thinking that takes, and that's all factual, all that stuff's happening right now.
Now, the the leap of thinking here is that this other species would likely develop along the same kind of a technological path.
The technology would be the constraint rather than the species themselves.
If that were true, then other species would discover and create quantum entangled internets and build these.
And in fact, maybe even previous species on this planet millions of years ago, whose civilizations have died and gone uh away, created such and and sent stuff out to Saturn on a and we're sending signals back and forth on these quantum internet stuff.
If this is the case, then what we need to do, or what we could do as humans, would be to discover what those entangled particles are, and then we could start decoding the material or the information going through that entanglement, and we would have potentially uh an internet, I jokingly say that we could get the Pleiadian porn off of.
But the idea is that we could get all of the technology that other people put on the internet, and maybe some some species puts all their government records and what or recipes or who the hell knows what, right?
And we discover this.
There's probably, as I say, about a thousand years worth of of discovery at a bare minimum, just even touching into a galactic internet.
And because we're a relatively new species, a lot of these um uh solar systems are way older than ours, I think we're late to the game.
So I think it exists already, and all we really need to do is to find it and hack it.
Uh and so the next stage is to decide what course of action would make sense in terms of what materials to look at as the potential carrier for the entangled internet, uh, you know, the intergalactic internet.
I had thought cesium, but I'm way wrong with that.
It's just not going to work.
Caesium couldn't be used as an entangled particle.
My other thought was tungsten simply because there's no naturally occurring isotope of tungsten.
But that's not necessarily true in other solar systems.
I was looking for something that was like um a definitive uh characteristic of a material that would suggest that uh look here, look here, you know.
Yeah, well, there's well, that's what I think I talked to you about, the monoisotopic uh concept.
yeah, yeah, most metals come in uh in multiple isotopes.
An isotope is just they have the same number of protons, but they have different numbers of neutrons.
So if you were using a metal like copper that might have four or five, you wouldn't, it would be with all those different isotopes, it would be hard to sustain a quantum signature because you've got all these different isotopes, and each one's gonna be a different state.
But there are some elements in nature, uh metals that have monoisotopic.
And the big three one, the the one, there's only one in the heavy metals category, and that's gold.
Gold has an is atomic number 79, it's 79 protons, and it has 179 atomic units, or I guess that'd be about a hundred uh neutrons.
And all the isotopes are like that.
See, it tells you it's monoisotopic, only one type of isotope.
And two other metals also, one is sodium and the other is beryllium.
Beryllium, I think is uh what atomic number four.
So it's it's really small, and there's there's yeah, brilliant, it's beryllium nine.
And then uh, and then there's sodium, and I think and and then there's nothing for you know, sodium is what I don't know, 11 or 12 on the whatever.
No, it's uh 21 on the atomic chart, whatever it is, and but but gold's way up there at 79.
So there's nobody near gold.
No, almost all the heavy metals have four, five, six different isotopes.
So I mean, if you were going to do a quantum device, you would want to use gold in the circuitry, or maybe even gold crystals for the resonators.
I'm just saying that uh that that you want to have things monoatomic because that would give you a uniform quantum signature.
I mean, I'm not quantum actually.
I study.
No, no, I understand what you're saying.
Yeah, now uh actually what you're saying though about beryllium makes me think it's a better candidate than gold on a couple of different uh levels.
But but one of the things I had thought was uh a way around the monoisotopic approach uh would be to use a gas.
That might be sodium because sodium is easily made into a gas.
I mean, look, you got sodium lights everywhere on Earth.
Exactly, exactly.
So it's also extremely reactive, and you know, when purified, it you can't deal with it, et cetera.
So some of these some of these characteristics.
So I was thinking of um uh and and you know, maybe it's because of uh a fondness for vacuum tubes or something, but I was thinking that perhaps that would be the uh one of the things to explore as the uh base level of uh material.
But the problem is that we have uh as okay, now actually you've made the problem worse.
Okay.
So soops, tell tell everybody about the um the space aliens and how they do things with metals.
Oh, okay.
That's just you know, they've they've got alleged fragments of metals from alien spacecraft, you know, you can say yes or no.
But anyway, the thing about them is they're monoisotopic.
Like they had this one, they think it came off a flange of a saucer, and it was layers of monoisotopic magnesium and bismuth.
One's diamagnetic, one's mag uh paramagnetic.
So there's layers of micro layers on them.
But the thing was all the metals were monoisotopic.
So, and that and they have they must have the capacity, because I I think bismuth probably has six isot stable isotopes or whatever it does, it has a lot.
And so the same with magnesium as two or three, but they've been able to, they have the technology to separate and make monoisotopic stuff.
We don't.
We don't really have that technology.
We can we have to go with what's available in nature, like beryllium, sodium, maybe gold, because we just don't have the skill.
I mean, we do stuff monoisotopic separation, for instance, getting U235 from U238 for the atomic programs, right?
Sure.
Yeah.
Yeah, exactly.
So for practical reasons, until you know, we get some huge increase in our technology level that allows us to take monoatomic uh metals.
And each, when you do take a metal and you break it down into its monoatomic forms or monoisotopic forms, they have unique properties.
They're very close to each other, but they also have new unique properties.
So if we could take the periodic table of elements, which has 70, 70 something metals in it or however it is, and we were to break it down, we would and into we could make a monoisotopic, we'd all of a sudden have uh three or four hundred metals.
Right.
Which would give us which would be a huge technical boost because we'd be able to do all kinds of things we never could before.
And maybe quantum communication is one of these things.
And that's really the route that we need to go on this.
Now, I was looking at some monoisotopic um uh design discussions in quanta quantum computer programming forums, because they have to come up with algorithms for materials testing.
And it turns out a lot of this stuff goes is uh resolving itself back to um Buckminster Fuller's approach with his synergetics books and the underlying uh tetrahedron role structure of reality as we go forward, right?
Now I as an aside, I had discovered or I had come to the conclusion that I needed a um uh okay, so uh in my uh screwing around with time stuff.
I was doing some time experiments, and I was creating um uh an irreducible or uh event within a box within that box, which was completely shielded uh in as uh much as I possibly could from anticipated um uh penetration of external stuff and leakage of internal stuff.
And in that I'm using uh what when amounts to cling film, okay, uh specialized cling film to do polarization of the negative entropy that's created by the um uh irreducible event, you know, the irrecoverable event.
Yes.
And I had been using, I'd tried using the escape of radioactive material from a small amount of ore that happens to have uh uranium in it.
And it's you know, I use it for calibrating Geiger counters, that kind of little tiny bit, right?
And um, anyway, so I'd come to the conclusion that the polymer film that was being supplied to me uh at some trouble because I had to provide the engineering to it, uh, is effective.
But what I really need is uh is an isotropic layer, uh uh polarizing layer, probably of aluminum and of some metal here uh in doing this.
Now, aluminum will will reduce and stop the penetration of the time stuff by 50%.
Okay, it's it's a shield.
Get enough layers of aluminum in there and you get this reduction event.
So that's what my box is is just basically layers of aluminum shielding with spacers in between.
Um so I'm convinced that the nature of the aluminum uh could be so much more enhanced if I was able to get the as I think of it, the impurities out of the out of the stuff.
Because I've got one sheet that was just uh I don't know if it was the first or the last part of a chopping or whatever the deal was, but it was just almost as though all of the crystals of the aluminum were all in oriented in the same direction.
And I I was able to notice far less effects on the other side of that sheet of aluminum than others.
So purity and alignment in this is clearly going to be uh an issue.
And so isotropic is the undoubtedly the way we've got to go.
Now, for some reasons, I can okay, so I can buy gold as circuitry, but I don't know that gold is reactive enough to be able to be the molecule that you're bashing on the head in order to send the signal, right?
Yeah, that's probably you're right.
I mean, maybe the gold would make an excellent uh circuitry because it's conductive and non-corrosive, but yeah, you probably need something like sodium or beryllium to be bashing to get that signal.
Because they'll they'll they've got you know, they got a lot more atomic reactivity than gold does.
Gold's very non-reactive.
Exactly.
And so that's why I first looked at cesium, and then I became convinced that radioactive materials, even though cesium has some unique properties that way, uh, just are not going to be used uh for this kind of uh application uh in a generalized sense in virtually any species because of the nature of putting radioactive stuff in every network card, uh, you know, basically at its core, right?
You you wouldn't want to do that.
So anyway, though, so um uh okay, so that aspect of it is uh aside, I mean the using radioactive materials aside.
Uh yet another reason, by the way, to uh have C60 if you're monkeying around with you know calibrating your Geiger counters, guys.
Um the uh so my next target on this, I guess is gonna be beryllium.
Okay.
Uh sodium presents some challenges.
I think I would have to go to a uh it's not wouldn't be possible for me to get um well, I don't know.
Uh maybe it might be possible to get an uh aerosolized individual sodium crystal captured somehow and still be able to get signal to and from it, but but that's a lot of engineering for me.
Yeah, yeah, I guess yeah, sodium reacts so much with water vapor, it would, you know, you see through throw sodium and seawater and explodes.
Oh, sure, yeah, yeah.
Yeah, it's probably not.
Yeah, but Berlin we've got to be careful with.
That's a nasty metal in and of itself.
Yeah.
And then of course you could, I don't know, maybe gold plated gold.
You know, they got that really, really thin gold film that they put on statues and stuff.
Sure, sure.
Yeah, we've actually got I've got some of that here.
Gold leaf.
Yeah.
Yeah.
Yeah, gold leaf, yeah.
So but it's difficult.
And then the other thing I brought up, I don't know, maybe some of your listeners can help me on you on this one, but that Heart Mutt Muller.
I don't know if you ever got to look at that stuff.
Yeah, this guy, I mean, uh, it's from long time back ago.
He supposedly had two types of resonators.
He had a resonator that was full of MG magnesium silicate oxide, O4.
And it's like the main stuff in the mantle of the earth.
Yeah.
And then he also had a biological resonator, maybe a DNA sample.
And then that was the basis of his communication system.
And he made this communication, I think it was from St. Petersburg, somewhere in Germany.
Had a whole bunch of people, they observed it.
Then he did another where it was in Germany to someplace in Australia on the other side of the earth.
And he was it was communicating, you know, probably like a more uh I guess just talking, uh, you know, a basic talking circuit, but it was uh used 0.6 watts and appeared to be instantaneous transmission.
But um all my stuff on hard one Muller got lifted.
And uh and and so I don't have uh I don't have my original documentation on that.
And what when I went later to research this stuff, it's like he disappeared, or all this stuff, a lot of it just disappeared.
It gets back, it gets vacuumed up, yeah.
There's actually yeah, so I don't know, you know, but it was like the two resonators.
He had the used he had this thing about standing gravitational waves which travel instantaneously.
And so he put the message, at least in his view, on an standing gravitational wave using the main bulk of the earth, which of course is the mantle using the main material in the mantle, and some biological sample he didn't elaborate on.
So if somebody out there, so that almost sounds like a quantum communicator in his system, but I just don't have the data anymore to contribute because it's all gone.
So if there's somebody out there that has that, that would be great to communicate because that might catch us up on a a few pointers, or if heart when heart mutt is out there, let us know.
Yeah, hey, yeah, send a message.
Yeah, let's chat.
Yeah, yeah.
Yeah, well, that's like uh the fellow in the early 1920s that had the um box full of uh vacuum tubes that had radioactive material in the vacuum tubes in the form of nodules and various different chemical compositions that was able to get more energy out than he put in.
You know, this kind of thing, or Keeley with his uh remarkable implosion engines that just disappeared, all that stuff just gets vacuumed up.
The only reason we have the extensive files we do on Cozy Reb is because he's Russian.
Yeah, you know, and and so the Russians pursued the uh the work.
So yeah, well, yeah, if we could get that, that would be great.
I'm gonna I'm gonna let you go.
We've been on here uh an hour, and I need to get ready for the next session of stuff.
That was that was a good uh a good little talk there, and we can continue on with this.
So yeah, I'm still looking for heart mutts rulers stuff, but I just you know, I there's a little bit on the internet, but a lot of the places I go, they're not nothing there anymore.
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