Clif High - Antigravity Peanut Butter Sandwiches

May 13, 2023 - Clif High

22:42

Antigravity Peanut Butter Sandwiches

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	Hello humans, hello humans.
	It's about 8 something in the morning.
	Maybe it's like 8.30 Saturday, May 13th.
	Sitting out in the sun here.
	It's probably a little noisy because of the ocean in the background.
	Trying to see if the, um, there we go.
	Okay.
	Trying to see if the recorder was working in the sun here.
	Anyway, well, we've got a clam tide here today.
	I think it's like 2 in the afternoon, so it's like a perfect sort of thing.
	It's going to be hot here.
	It was hot yesterday, so it's like maybe 61.
	That's really hot for the ocean because of the continual breeze moving to the east.
	It's always cooling.
	Anyway, so 2 o'clock is going to be a good time for the clam dig.
	We're expecting, and it's a weekend and it's the last clam, last two days of clam digging, and the local parks are packed with people camping, RVs, all of that.
	All the hotels and stuff are packed.
	So I expect maybe we'll get big crowds.
	And on our beach here, it's three miles that you can get access here to the actual clam.
	Well, actually, maybe it's three and a half miles if you go over towards the river a bit, but basically three miles.
	And we've had the three miles have 4,000 people stretched out along them digging clams on very nice days like today, etc., right?
	In good timing.
	You know, a lot of people don't like getting up driving an hour to the ocean in order to eat clams at 6 in the morning.
	So you don't see a lot of people in early clam tides.
	Anyway, though, I'm sitting out here taking the sun because I'm a hurting fucker.
	Worked too hard on cleaning the glazing in the greenhouse.
	Got all the interior vertical walls cleaned.
	Now I have to do the interior ceiling and the exterior walls and the exterior roof surface glazing.
	That's going to be challenging to say the least.
	But, you know, something to do.
	Anyway, I wanted to talk for a minute about ChatGPT and AI.
	So I retweeted a tweet today by a guy who says he's convinced that ChatGPT has come up with this anti-gravity thing, which is spinning mercury.
	Now, I retweeted it because I think there really is something there with spinning mercury, not because ChatGPT invented this.
	Okay, so this guy is of the opinion that ChatGPT can be creative.
	And that's the opinion of most people.
	And it's because they put the label artificial intelligence on it that people instantly jump to this conclusion that these software programs can create something new, which they are not able to do, right?
	They're not able to do that.
	They are not even able to make, for the main, for almost all of it, they operate in a deterministic fashion, just making links between databases, between words in databases.
	So all they can do is link words up.
	So anyway, so the thing I retreated was this idea that spinning mercury can cause a, he wrote it down as a radiation effect that affects, that is anti-gravity.
	Well, okay, so in my model of universe of the materium, gravity does not exist.
	That only exists from the atheistic Einsteinian view of things.
	Gravity is a force, and they can't reconcile it because it doesn't exist.
	They can't define it.
	They can't describe it because it doesn't exist.
	It's just a concept, not a reality.
	Anyway, though, so this guy uses ChatGPT.
	He writes this long tweet about how ChatGPT has discovered spinning mercury as an anti-gravity effect.
	Okay.
	So Cozy Rev had determined that there are properties to Mercury that are not apparent on first glance at this stuff and that in his opinion these properties went to interacting with the active qualities of time.
	And I'm in agreement of that opinion.
	not just because of what he said, not just because it was Cozy Rev, because I always redo all of his experiments, but because I've done the experiments myself and have caused strange things to occur with Mercury that are outside of the ability to be predicted by the nature of the experiment itself.
	Anyway, so I'll describe one of those in a minute.
	So I retweeted this.
	The guy's opinion is that he's discovered anti-gravity stuff.
	No, what has actually happened is that ChatGPT was just instructed and no one ever provides their prompts.
	So you don't know what form of prompt injection they use to produce these results.
	But ChatGPT can only do inner word linking.
	And if you use specific words, it's going to use those words as the jumping off point for its search.
	Because ChatGPT is basically just a particular kind of a search engine.
	It's not creative.
	It has no intelligence.
	And it is artificial in the sense of its software, but that's about as far as it goes.
	So anyway, ChatGPT comes up with this thing and presents him with this idea of spinning mercury having anti-gravity effects.
	And it will always encounter stuff that can provide answers for whatever it is you're asking.
	And just because you may not have heard of them or you may not have considered the presentation doesn't mean another human didn't write that.
	So it's not chat that's necessarily producing any of this stuff.
	What it is doing is retrieving sequences of words and then putting it using natural language processing, putting them into a structured sentence approach.
	It has no understanding of anything that it's reporting to you, right?
	So it does not know an anus from an astronaut from America.
	All it knows is the interlinking of words.
	And so the, but the guy brings up this idea of spinning mercury.
	So that has been out there and written about the public domain since at least the 1960s.
	I think from the 1950s with the T. Townsend Brown stuff.
	And so you'll see this repetition of ChatGPT, quote, discovering these hidden anti-gravity approaches.
	And it is not true.
	All it is is just providing you linkages of something that's been written about anti-gravity.
	And it has no way of saying, of discriminating between fiction and non-fiction.
	So here's the deal.
	If I write a science fiction book, now right now it's not possible because ChatGPT is not learning new material.
	It's been capped off as of October 2021 because the mother wefers did not want it to have the ability to pull out current information about either Ukraine war, the stolen 2020 election, the stolen 2022 elections, or what the mother wefers are doing.
	They can't have chat be current.
	Okay, so they cap it off.
	So all it can do is pick out stuff that's pre-existing in the language.
	So if it were open now to new learning, I could write something that was totally outrageous.
	Let's just say that it turns out that if you do a, if you make a peanut butter and marshmallow cream sandwich, and on the outside of that,
	and you use whole wheat bread, and on the outside of that peanut butter and marshmallow cream sandwich made out of whole wheat bread, if you then apply a complete layer, completely seal it in a one-quarter inch, no thicker, no smaller, layer of cream cheese, and then dust the whole thing with powdered sugar, that it will float.
	It'll actually levitate right up off the plate.
	So if you get a bunch of these, you can put them in together and put them into a cage.
	You can put that cage into your car and your car will float.
	All right.
	And so, now we all know that I wrote a fiction book.
	This was a story for kids.
	It's intended to get them to eat their peanut butter and marshmallow cream or whatever the hell.
	But it's an entirely spurious fictional story.
	And chat would come across that.
	It would be linked.
	It would be fit right in.
	And at some point, it would know it was from a book, and it could even determine that that book had been categorized as fiction.
	Okay.
	However, it can't do that in real time.
	So when you're asking it, detail to me all of the most recent anti-gravity discoveries and say that it was, as I say, it was current and it had just read this and I'd written this, say, you know, three or four weeks ago or something and it showed up.
	Then it would say and would report that, hey, the top dog one is, you know, being able to fly with peanut butter and marshmallow cream sandwiches covered with cream cheese and dusted with powdered sugar.
	And that this really works and there's a lot of word power behind it.
	People are talking about it and stuff.
	See, so that it would provide that as a solution because it's not analyzing or thinking about any of this stuff.
	It's just making linkages.
	Anyway, so we can always instantly dispute anything that chat's going to present as being considered scientific, analyzed, or anything.
	All it is is interlinking between words.
	And so thereafter, by the way, if I had done that, we would find that we'd always tend to shade over.
	And I would have made, inadvertently, I would have made a link inside ChatGPT for UFOs and peanut butter and UFOs and marshmallow cream.
	And so as the volume of words on marshmallow cream and peanut butter rose, independent of our structure about the sandwich floating, it would nonetheless tend to power ChatGPT to thinking that there really was something in this idea of peanut butter and marshmallow cream being an anti-gravity force just because of the sheer number of words.
	And it goes on the words that are on a popularity kind of thing, right?
	Words most frequently used.
	And you cannot alter this no matter what you do with your prompt injection.
	So I've worked with a bunch of people and we've tried to do that repeatedly and none of us have been able to succeed.
	And we had a little test and it's just the way they've structured it.
	You're not able to overcome that and teach it to think in a different way, so to speak, teach it to link in a different way.
	It's just not able to take that instruction set.
	And I can see why, because if it could, then you could seriously hijack it.
	And, anyway, so, Chloe!
	Anyway, sorry, guys.
	Out here and the dogs are annoying the tourists to the south of us, getting this stuff out of their house or getting ready to go to the beach or something.
	Okay, so there's the chat GPT thing.
	Oh, okay.
	So, all right, just on the spinning mercury, all right.
	So spinning mercury has been a thing since T-Towns and actually since before that, since Tesla.
	Okay, so Tesla did some early experiments.
	I want to say they were like 1898 or something like that.
	Very early experiments.
	He started messing with mercury.
	It wasn't easily obtained.
	It always has had a reputation for being unstable and for having health risks, right?
	So he didn't never got into it.
	He used it in some of his devices.
	He'd had a one of his patents, I believe, talks about using mercury as a bearing surface for, in essence, for like a in a little tiny droplet form, and it would be an active bearing in lieu of this form of lead.
	So you have to know that back in the early 1900s, there was a kind of bearing surface that was made out of lead because the lead would soften and it was a soft bearing.
	And so the harder iron would be twisting in a bearing surface of lead that couldn't go anywhere that was compressed by wherever it was put in.
	And so it becomes sort of a fluid.
	And then when the machine isn't being used, the lead hardens up.
	So it has issues, right?
	It was not a good solution to making bearings.
	And we end up with hard-bearing surfaces being with petroleum oils being the best solution for our technology.
	But at the time, they used to have these situations.
	And one of his ideas was he was trying to make this thing.
	I think it was on when he was trying to come up with a commutator for AC current.
	And he was thinking to use a central pivot oscillating commutator that had that central pivot resting in a little tiny pool of mercury.
	And he discovered some interesting effects that were caused by the electrical current within his device.
	And so he abandoned the idea of using mercury in it.
	Okay, so I know that we go all the way back at least to Tesla with mercury being unstable.
	And it's unstable in the presence of an electric fluid or electric field.
	It's also sort of unstable.
	It's actually the reverse of unstable.
	It's rigid in the presence of a permanent magnet field and will always take the opposing polarity.
	An interesting sort of reflective surface in terms of magnetism.
	Okay, and we can get into that some other time.
	Anyway, so I was messing around with some experiments.
	I thought about this, and then I went ahead and bought some mercury.
	You can obtain it.
	It's not particularly expensive.
	Usually it's intended for like school demonstrations and that sort of thing, right?
	Although I got some for a scientific purpose.
	And it arrives in a, it can get in a couple of forms.
	I wanted to get some in a vial.
	They were sold out, so I had to wait for that.
	And in the meantime, I got it in a capsule.
	So the mercury is sealed in a glass capsule that it was 10 grams of mercury.
	So maybe the capsule's like an inch high and maybe a third of an inch to 40% of an inch in width.
	So it's not half an inch wide probably.
	And the mercury is inside there.
	It's very heavy, so you're not getting a large volume.
	Anyway, so I was just futzing around.
	And I was sitting there talking to a guy about some other stuff.
	Maybe I can get into that too.
	But anyway, so I was talking to some people on a Zoom call, and I was sitting there, and I had some micro wire, the very fine wire that's insulated that you use in mocking up printed circuit boards before you get to the point of doing a prototype of the board itself.
	You're just running out the circuit in wires.
	Anyway, so I had a bunch of this micro wire, and so I started wrapping it around this capsule.
	Okay, this is sealed capsule.
	The glass has been melted and sealed.
	Very well done.
	You know, obviously school kind of demonstration.
	You could put it in some kind of a display or whatever.
	Anyway, so I just started at the midpoint of the capsule and wound down towards one of the poles.
	This is a micro, or one end, and this is a micro wire.
	So I did several different wraps in that half and then cut the two wires and just let them sit.
	Then I went and got another color of micro wire, another color of insulation around it, and wrapped the other half, and I wrapped the other half in an opposing fashion.
	So I wrapped one half of it clockwise and the other half of it counterclockwise.
	And I did three layers of wraps more or less the same length on each of the two halves.
	And so then I cut the wires, and so I had four terminating points of wires to form two circuits.
	And so I connect these wires.
	This is after the Zoom call, after we'd done our business there.
	And I connect these two wires to this little device I've got, which is a handheld, or not handheld, but a hand-cranked DC electric generator.
	And it's got the ability to drive two circuits.
	And so I just clip it in.
	I'm just futzing around.
	I'm not expecting anything to occur, but I know that mercury spins in the presence of an electric field.
	And so I'm just, I'm cranking it a little bit.
	And hey, the mercury is starting to just like oscillate and wobble and shake and all of this kind of stuff.
	It's like, oh, I'm getting an effect.
	And so just for the hell of it, I held, put my one hand down and put my weight on top of the little generator.
	It's only, you know, I mean, my palm covers the top of it.
	It's a little tiny thing.
	And had it hang over the table there and just cranked like hell on it.
	Right.
	So I just generating, generating all kinds of electricity in two circuits.
	And the mercury starts spinning one way at one end of the capsule and another way at the other end of the capsule.
	And I think, oh, wow.
	And I start really, really, really, really cranking it.
	And you can see the mercury itself attempting to split into two columns, I guess you'd say, or two spheres locating,
	trying to locate, so it bulges out at the end of the, towards the end of the capsule and separates, almost separates in the middle at the equator point of the capsule as each of the hemispheres within the capsule are starting to spin the opposite direction.
	And they're spinning relatively fast in the opposite direction at the Capsule at the end of the capsule at the end of this little pill-shaped thing, and no spin at all in the middle.
	So it winds down.
	So obviously there's tension building in there that the whole thing wouldn't spin.
	And so I really, really, really crank it, and then it was like ka-womp.
	Okay, there was this noise of the explosion of the little capsule.
	And so, and I had this in a plastic box, okay?
	I'm not it's actually a Tupperware thing, right?
	It's a food storage plastic box, so you can see through it.
	I just put the microwires don't get crimped or bent when you put the top on and seal it because it doesn't seal that tight, right?
	It's not that sharp-edged.
	They get crimped, but they're not cut off.
	And so you can do things like this, little tiny, quick-and-dirty experiments.
	And it was sort of my little safety shield.
	And it was a good thing I had it because the mercury went everywhere.
	It was just like flying out of there in this little instant of an explosion.
	And I'm not sure it was an explosion or an implosion.
	I don't know what actually happened, but I know that the little glass capsule just shattered into tiny little fragments everywhere inside this plastic container.
	And then, as I say, the mercury was just everywhere.
	I'm in the process of cleaning it up.
	You can do it with a magnet.
	So you can use a magnet to push mercury off of other surfaces.
	And so I'm getting it all collected, and I'm going to put it into a little jar and continue my experiments.
	But so obviously there was some level of, I don't want this kind of force going on here relative to the mercury and the electric fields and the fact that those electric fields were both counter-rotating and very crudely separated.
	When I, at the very last, there, I noticed that I had had some overlap at the point of the equator.
	Maybe the outcome here would have been entirely different had I'd separated the two windings by, say, a millimeter or so instead of having that, you know, they not only just bumped up against each other, but that last winding took a couple of loops around the first set.
	So it was a very confused electric field at that point.
	Anyway, though, so, you know, so that's why I went ahead and retweeted this thing that this guy had had from chat.
	Not because I think chat's created anything.
	It's just interesting.
	And a lot of us have done experiments, including Cozy Rev, to suggest that indeed there's something really cool about Mercury.
	These guys here think Mercury, they're thinking anti-gravity, they're thinking radiation and all of that.
	I'm with Cozy Rev. This is Mercury has the ability to interact with the active qualities of time.
	And we can also, I'm pretty sure, get around to making it mechanistic in terms of our interaction with these active qualities of time.
	Anyway, I'm going to get some more coffee and try and reduce the pain load and then go out and decide to do something.
	This here is avoidance behavior.
	So, all right, guys.

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