Clif High - Self revealing

March 15, 2024 - Clif High

24:28

Self revealing

This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit clifhigh.substack.com

Large

Audio Only |

Scroll

Time	Text
	Hello humans, hello humans.
	Still the Friday the 15th of March.
	A few hours later in the morning, heading back to go and get into chores.
	Getting set up in the greenhouse today, and I've got a put in some new electroculture stuff that I'm thinking may work.
	Electroculture is uh a proven technology, but it's also in a sense experimental because you can just there's different effects that are achieved by different uh kinds of circumstances.
	So I know one guy who's just convinced that uh brass is a better wire to use than copper.
	And you know, he may be right, and it may also be that he's right in his area, but it wouldn't necessarily be right in mine, because uh part of um electroculture is the level of the uh static uh charge in the area you're um uh working in.
	And so the static charge here on the coast is quite high, um easily extracted, and so maybe he's in an area where it's drier, there's less uh available static electricity, and so he might need to have you know the bimetallic component of the brass for his electroculture.
	I don't know, there's just it's not like it's a um defined uh science, although it's being really explored, uh, especially at this particular point in time.
	Uh and by the way, it's gonna be a really good idea to grow as much food as you possibly can.
	Uh as the um Elohim worship cult destroys yet more farms.
	They've destroyed a half a million farms in the United States, and their goal is to take them all down and then get us to eat bugs, right?
	Um that's gonna be really interesting.
	You show up to get me to eat bugs, and I'm gonna get you to eat lead.
	Um gonna be really interesting.
	Uh, we're gonna see a lot of uh new science stuff come on out, uh, especially relative to the uh what's gonna be a necessary infrastructure for uh zero point technology and stuff.
	Now bear in mind that the uh control freaks are really really upset about the idea and very very very paranoid about the idea of regular humans having zero point technology because it is so much more powerful than their quote nuclear bombs,
	and that if you have this um zero point technology, you could you know craft your own Jewish space laser and have an infinite power support uh supply for it, and so you could you know do some serious damage.
	It basically it's uh it's like the great equalizer, okay.
	Um the um Colt 45 revolver of the old West, where uh you know, if you didn't carry a revolver, you were not necessarily a uh uh target within that social order.
	Um it just meant that you weren't, you know, you're not really prepared to go in and have gun battles and stuff with people.
	But a lot of people did wear, did open carry, uh, because it was very dangerous period of time.
	But open carry generally has a um an effect of making your society more polite.
	And that's what we're going to be coming to is a much more forthright uh and uh um wanna say that uh but a a much more uh open and acknowledging um uh social discourse uh around things uh because we're going to have the zero point technology,
	which means that you know I could have my own um floating RV, and then it's like fuck it, you know.
	If the government wants to come and hassle me, I could go and zip around and hide on the other side of the moon, you know.
	So what are they gonna do, right?
	Um and zero point technology to some extent uh is um less vulnerable uh than other technical form technology forms um to uh disruption by outside influence.
	So it's difficult to shoot down these tic-tacks.
	That's kind of the thing, right?
	So here the government thinks that if they can get enough people to comply and form up a an aggressive uh stance against you on behalf of the government, they think they own your ass, right?
	Basically, they think they can get their uh minions, their stooges to get guns and come and threaten you.
	Well, once we get into uh zero point tech, that's not going to be um uh possible so much, right?
	On all different kinds of reasons, but before we get to zero point tech, we've got to have a um the precursor infrastructure.
	So it was necessary before we could get like the Model T that we got really good at industrial casting of metals, and and it was just a natural outgrowth that the that um infrastructure was there when Henry Ford decided to uh create the assembly line and start mass manufacturing, right?
	He wouldn't have been able to do it if he'd had to stop and spend 40 years uh perfecting the casting of uh various different kinds of metals and alloys.
	Uh that that infrastructure did exist, allowed uh the industrialization to proceed as it did, and it was therefore a necessary precursor.
	So, what I'm looking for right at the moment is the emergence of the necessary precursor to zero point technology.
	Now, there's a lot of different kinds of stuff that go into that zero-point technology, right?
	Uh a lot of different kinds of stuff.
	So we're gonna need all kinds of sub-industries in order to be able to create this stuff.
	But there are a few uh conceptual uh scientific underpinnings to all aspects of zero point technology, including uh using it within the process of making zero-point technology devices,
	and uh these um this physics approach will cause certain kinds of industries to develop, and I'm looking for those ahead of the appearance of you know the full flow, uh full floaty RV kind of thing, right?
	So before you can do that, uh you're gonna need of course something to uh you know, a factory to make the anti-gravity engine.
	And then you're also gonna need a factory to make the um uh the shell of it, right?
	The amalgam shell that has the uh electrical components you want relative to um anti-gravity, and so there's all these precursors that will will have to exist within that whole area of technology,
	where I'm looking for a uh design paradigm to shart start showing up that tells me that oh well this is going to be um on the pro in the process of getting us to uh ZPT, right?
	This is a necessary technology.
	So if you were looking for Henry Ford's um assembly line, sorry, I'm getting distracted watching an eagle up here trying to gain some altitude.
	Uh anyway, um if you were looking to see if you if you thought that there was going to be a big industrialization and you were looking for something like Henry Ford's uh Model A plant to emerge, then you might have been looking for, you know, the ability to do uh advanced uh forms of precision uh reproducible uh metals casting.
	And so you could say, oh, oh look, these guys know how to produce um you know this level of precision in iron cast iron that didn't exist before, or that these guys uh this other company has got the ability to make this particular kind of a uh an amount or a um uh an annealed metal uh for super hard uh you know um like gears and stuff right and so um you'd be able to see these developing and you wouldn't necessarily know unless
	you were looking for it, unless you suspected it was in the process of evolving, you wouldn't necessarily know to look for Henry Ford coming up with the assembly line.
	But if you were looking for that, you'd be able to say, aha, then maybe we're, you know, this far away once you started seeing precision brass and annealed metals in the part of the, you know, as part of the processing for cast metals, you would say, okay, we're getting close, right?
	That we need these in order for, you know, this assembly line process to take place.
	So I know now that in order for me to get a floating RV, we're going to need a kind of technology wherein we don't cast metal or anything like that.
	We will deal with very, very sophisticated, multi-layered, multi-mineral metals.
	But they won't be cast.
	They won't, it won't be that kind of a foundry approach.
	So I'm not looking for new foundries to be set up.
	They may well actually be called foundries.
	There's some hints in the data that that's the case, although they're not going to be casting metals.
	So there's some hint that the language of the new industrial revolution, not Klaus Schwab's fourth industrial revolution.
	He's so full of shit.
	But in any event, this new sci-fi world, we will have foundries.
	But these foundries are going to be all about growing metal, all about creating vats of particular kinds of mixtures of substances in various different forms that will then basically self-assemble for you, right?
	Once you understand the process, you will put in all of the stuff that's necessary.
	You'll have a mixture that contains all of those elements you want to see in your final product.
	And then you will have an energetic process that allows the mixture to self-extract, self-modify, self-form, and self-regulate in the process.
	So it'll be a foundry in that sense, just as we have a foundry where we cast metal by applying heat, by applying energy to big vats of it, and then pouring it into, you know, the restricted forms of molds in order to cure and cool and cure and form.
	We will have those kind of things in a foundry.
	And like I say, the data sets are suggesting we'll call these places foundries, not really factories.
	But we'll have foundries where they will grow these very sophisticated amalgam metals.
	And you'll be able to grow them in not only in like a sheet form, but you'll also be able to have those sheets self-assemble once you understand what the hell you're doing with these processes.
	And this is the processes itself, that part of this whole thing, is also an extract of zero-point technology.
	So it's one of these things where the new discovery is self-modifying and self-revealing.
	So you get the discovery of some aspect of the zero-point technology, and it leads you to think about other aspects of it that leads you to think about using the zero-point technology to create more zero-point technology technology of a different form.
	This is kind of a difficult concept to get across, the idea of self-revealing and self I want to say instructing, because the material itself will
	instruct us to the to it will instruct the aware mind in how to use it this is again a very difficult concept the material's not going to give up and say step one step two step three it's not that kind of a a thing It's that if your mind is prepared for the or is uh thinking about and dealing with the processes inherent in the uh zero point technology,
	then you will become aware of opportunities that will exist along the development process for this technology to employ the technology itself in gaining you that next leg up, in gaining you that next level of uh sophistication, and really that's what it is.
	It's a um it's a mental training process for us around a new physics that is not this dead-end um grit aggluteration um physics that you know mock physics that we get from Einstein and uh the Elohim worship cult.
	So, and by bear in mind, uh Einstein was theoretically, he was a mathematician, right?
	He was not a physicist, he ends up being proclaimed as a physicist, but his his real claim to fame, and the reason that he got uh where he did uh was through his work in the uh patent office, and he uh uh his his uh expertise there was complex mathematics, so not physics per se.
	Um so the zero-point technology is one of these uh self-modifying technologies.
	So if we were to look at uh things from a very very very large view, we can say that there is consciousness, and consciousness expresses out of itself the universe and uh everything that's in it, including the materium and including all the energy and everything, right?
	It all comes from consciousness.
	If we were to think of this as a uh sort of a technology, then we as individuals uh are consciousness that has been encapsulated and attached to uh flesh, and we are extremely sophisticated, highly complex.
	Uh it's not the um uh we are energy beings and we need to approach ourselves from that perspective, in my opinion, in order to be healthy and so on.
	Uh, we're not glomed together bits of um uh matter that then because it had enough matter all glomed together in the right uh fashion, becomes conscious, right?
	It is consciousness uh being um put into the matter, consciousness exists independent of it.
	So if we think of it this way, then we as individuals are a self-exploring, self-modifying, self-revealing, and self-instructing technology, and this is what meditation and all that shit is about, right?
	You are actually modifying the technology of consciousness within you.
	But here's the thing you can't expand your consciousness.
	That's horseshit, that's a bad understanding of the language involved.
	Consciousness is encapsulated within your body, you're given a finite measure of it, and you're never gonna get any more of that.
	You're not ever gonna become more conscious, right?
	You can you can or have more consciousness, you can become more aware of things, and and your consciousness can be uh self-altering and um uh self-affecting and um self-designing, all of these kind of things, right?
	But it won't grow, it won't get bigger.
	You can change the nature of your consciousness, so you know, you could be totally unaware of everything and just be major normie uh kind of schlub, and through circumstances, you could alter the nature of your consciousness and its awareness of itself and its participant participation within its own uh growth, such that you become aware of all this and you're not a normie anymore, right?
	And in that sense, your consciousness has changed and you're aware of a lot more stuff, but no, your consciousness in no way has um become larger or bigger or expanded in um any uh aspect of those words.
	Uh The consciousness by volume, so to speak, is still the same.
	It's just that the consciousness is more refined, it's more sophisticated, it's been up-leveled.
	Okay, so in that sense, uh, you've been upgraded.
	You can we are able to be uh a self-upgrading technology.
	Now, in many different analog to this concept of consciousness altering itself in many different analogs to that, um we have similar resonances within uh zero point technology.
	So you would be able to uh describe zero point technology in much the same way that we would describe consciousness, even though the zero-point technology is not conscious, it will be uh self-revealing, uh self-altering, and in the sense that we'll take things we learned about zero technology, zero-point technology, and we will then feed them back into our model to create a better model and then get more stuff out of it.
	So it's very uh expansive in that sense.
	So backing up a whole lot, uh Klaus Schwab's version, uh his vision of uh of the fourth industrial revolution is basically all about a surveillance state, um uh royalty and everybody else being serfs, right?
	I mean, this is that's the the entirety of it.
	We're actually going to be going into a fourth industrial revolution, uh, but this uh the new industrial state that will emerge from it is it will be on the order of of this um ZPT technology where it will be a self-organizing, right?
	And because of that, uh there's all these really huge exponential gains you get from being um sharp about what you're dealing with and in folding everything you learn uh from each aspect of it into itself in the next aspect that you deal with.
	And it's so it's sort of like an evolutionary process, but not really because you take large leaps.
	So it's not like you you know you make um uh you know an off-road Jeep, and then the next generation of that off-road Jeep is better because you have incremental uh better um you know steering knuckles on the on the wheels, right?
	And you've just made them harder, better, sharper, more precise, and so on.
	That's the way we've evolved our technology now.
	In ZPT technology, what will happen is we'll we'll come up with our you know off-planet roadster, and uh in generation one, but then we'll apply the techniques that we learned in making that generation one to the next generation, and uh we'll eliminate in the process of doing that, we'll eliminate whole chunks of the foundry process because we will become very much more sophisticated in what we're after and how to do it and how to use the energy.
	And so it would be as though you'd had a your off-road uh Jeep, you know, and in one generation it does good, you know, it's the the engine is noisy, you've only got three speeds forward, all of this kind of thing, because it's your first generation of this stuff.
	But then in the second generation, instead of just getting that fourth speed, the better steering knuckles that last longer without having to have the uh you know the wheels aligned, all of that, instead of that, your next generation will be entirely hugely more sophisticated, much more upgraded, because you might have been able to do some of the processes to eliminate the issue of steering entirely, right?
	To make it self-steering.
	Uh so you don't even need you know, uh steering knuckles on on the tires.
	You may not even need tires, right?
	Because they would be such a big leap, conceptual leap uh through the process.
	And so we may have a foundry that starts up and it knows how to make um And they start making you know very sophisticated sheet material, and then they apply some of the ZPT um paradigm and and um uh approaches, self-revealing approaches.
	Um, and then so all of a sudden, between one one level of process between one batch and another, they learn uh something that so they use the same amount of energy, maybe even less, and and maybe even less materials, and now instead of sheet material, they can get self-forming sheet material, so that you can tell it in ahead of it what you want that sheet to actually end up uh participating in, and it will grow itself to better suit that, right?
	So uh it's a very exciting time.
	Uh this uh technology um upgrade will last a thousand years if we don't get Einstein, right?
	If we don't end up with some uh you know Jewish control structure being put over everything and some uh asshole with um very limited understanding of reality uh being acclaimed and letting uh you know, and then being able to set the standard for it all.
	So uh, like I say, it'll be a thousand years, and it'll be hugely fucking um leapfrogging every time.
	So every time you have a new level of sophistication for it, you'll you'll have a massive thousand thousand percent, you know, a thousand-fold increase in um ten times uh fold increase in what your capability is from one generation to another, instead of just one generation of it, right?
	Anyway, so I'm here now, gotta do some stuff and and get in on the greenhouse.
	So talk to you guys later.
	ZPT is coming.
	And uh we actually probably need to start thinking about things in a different way to do better with it.

▲