Aug. 2, 2023 - Clif High
22:17
| 
| Time | Text |
|---|---|
| Hello humans! | |
| Hello humans! | |
| How you doing? | |
| Early in the morning, it's like what is it? | |
| It's 817. | |
| On the uh 2nd of August. | |
| Today is Lake 99 day. | |
| LK 99. | |
| So a couple of Korean guys, scientist fellows, were funcing around and mixing with some stuff, and they came up with this material. | |
| You know, I mean, they actually designed the experiment, they designed the mix, it was not happenstance, but they came up with a material that's now been labeled as LK-99. | |
| And LK-99 is a superconductor. | |
| And this is a um one uh it's like the whole first holy grail of superconductors. | |
| Okay, it's uh room temperature and ambient pressure uh superconductor, and it's simply sits there and floats in the presence of a magnetic field, and it does so of um the nature of the crystal at its core. | |
| And so if you thought of a crystal in whatever shape is in this case as having uh four points, uh these four points, those that are directly opposite each other, uh form a um internal matrix within the material itself, | |
| such that from every aspect uh every view, so to speak, it repels um or is repelled by a magnetic field or an electromagnetic field. | |
| So even in the presence of an electrical field, uh this substance reacts and wants to float. | |
| So we've got our um room temperature, ambient pressure, um superconductor that has been duplicated. | |
| So today is a big day because uh LK99 was invented like uh I think maybe well three or four months ago it started coming out that it that it was available that people had messed with it, right? | |
| Then everybody got real excited a couple of weeks ago, and a lot of people have been trying to uh replicate the formula, and today we have uh someone claiming to have replicated the formula formula, and indeed it does perform as the um uh Korean scientist had claimed. | |
| So this is good, this is all good. | |
| Uh and the the superconductors, oh man, you don't know what this is gonna mean for us. | |
| Okay, so um this will uh the first uh ambient temperature, ambient pressure, and that's what we've actually got here is not simply room temperature, but ambient. | |
| So uh the characteristics that I've looked at uh relative to to LK99 relative to um temperature and its performance uh seems to indicate that this would be a an ambient pressure or ambient temperature, just like ambient pressure. | |
| So pressure is a function, uh pressure in our environment is a function of um temperature, or rather it reacts to temperature, right? | |
| It's not a directly controlled by it or anything, but it certainly uh impacts how pressure is uh generated in the natural environment. | |
| Uh so this gets a little bit tricky in the science, but it's not necessary that we go very deep into it. | |
| But the idea is that an ambient temperature um superconductor would float in the presence of an electrical or magnetic field, regardless of what the temperature at the time of its exposure. | |
| Uh, this has not been the case with the superconductors we've had so far because they've been they've had to have been created at huge amounts of pressure and um uh have to basically work at super uh cooled conditions, so they don't work if it's like room temperature. | |
| Uh you know, you'd have to super cool the bugger until um you know minus umpty umpty umpty degree in order to get the things to work. | |
| Now we've got one that is uh repelling an electromagnetic field or a magnetic field uh hovering within it and is operating as though all the uh magnetic pressures on it are equal. | |
| We don't know yet, or I I have no way of validating whether that's the case. | |
| I don't think they've got big enough samples to start destroying it to see if there's uh activity within it when exposed to the magnetic field, which is the only way you're gonna be able to tell if it's at an equal uh response, no matter what the angle. | |
| That's that's sort of a key thing, it's not critical, but it means that um you've got the true holy grail if that is the case. | |
| Okay, so uh one thing is that we could replace, you know, uh all these giant electrical uh lines that are all over the country with little thin super hard wires uh that would carry far more juice. | |
| Um everybody or the general public assumes that electricity travels inside the wires, and that's not the case, all right. | |
| Electricity crowd uh uh travels across and crawls across uh the external uh surface of wire of conductors. | |
| Hang on a second, gotta tank up heading inland and gonna do my shopping. | |
| I need the coffee to get me through it all. | |
| Anyway, so um at room temperature or ambient temperature, which means you could use it in space, wouldn't matter what the temperature is, nor would it matter that the uh you were in a changing temperature environment, say going from cold to hot or hot to cold, it's not going to affect you. | |
| So most of the superconductors, all of the superconductors prior to LK99, if you altered the temperature, they would uh no longer function as a superconductor conductor. | |
| And you, as I say, it required vast quantities of pressure just to create the thing. | |
| Uh this is not the case with LK99. | |
| So you could just theoretically, I mean it's a little bit complicated to make it, but the formula is out there. | |
| Uh, you could get the materials yourself and start messing with it. | |
| It's not a um you know, it's not risky, you're not gonna blow yourself up or anything trying to create it mostly. | |
| Um so we could, you know, you could have people making this shit in their backyard. | |
| Uh anyway, so that's gonna be a huge boon to us because we could replace all of those giant electrical cables with micro-thin wire uh made out of this stuff, we wouldn't have to consume vast quantities of copper. | |
| You'd be able to uh recreate computers um with a tracery that would be almost invisible, so we could get to the point where we could create the um Roswell spaceships that were shot down, crashed or whatever the fuck. | |
| Uh we can re now we can with the uh room temperature or ambient temperature, ambient pressure uh superconductor, we can recreate those, right? | |
| So you could theoretically uh have a uh microfine wire, like you know, less than an say uh 30 second of an inch across, and maybe it's gonna have to have even at a 30 second of an inch, so about you know, the size of a human hair or smaller in diameter, and it may need to have uh you know a half of um of an inch or more of plastic insulation around it, just so you know where the thing is, right? | |
| Um probably will also have to do something uh towards its um not breaking within its insulation. | |
| The insulation is not for uh temperature and so forth, just for basically physical damage kind of thing to it because uh superconductors are uh at their surface level somewhat fragile. | |
| Anyway, so you could replace all of our giant electrical cables with these microfine wires, so we wouldn't use vast quantities of copper, be able to redo computer chips, uh remake uh computer boards, the tracery is gonna be just almost non-existent uh for the loads it's gonna carry, uh, which means we can have um uh flexible computers, so you could make a computer uh, you know, it out of cloth, basically superconducting cloth, so you could wear your computer at that level. | |
| Uh it's gonna be uh, you know, plus we'll have floating RVs and and uh you know little tiny wafers you uh put under the largest load and then you just um apply a little bit of electricity to elevate it, and then you you push it around. | |
| doesn't weigh anything at that stage because the weight's been taken by the superconductor. | |
| So all kinds of things are gonna happen now that we've got this LK99 out there, and that uh the formula's been released and people are starting to mess around with it. | |
| The scientist guys now pretty soon will get into the hobbyists, and then it's really gonna take off. | |
| Because the hobbyists are usually guys that have a you know a specific purpose, right? | |
| So in that sense, I would be a hobbyist. | |
| So I would want to make a bunch of this LK99 and go put it around my uh old GM uh C motorhome, right? | |
| So I got a 1978 uh GMC uh motor home here, uh 26 feet. | |
| So um I could wrap this, wrap it in this uh material, make sure it's all riveted in place and stuff so it doesn't fall off, and then uh go float about, right? | |
| Uh and basically work out the mechanisms of having a floating RV once I can get the RV to float, then it's an issue of you know, how do you propel it? | |
| Uh, because you should be able to, with a superconductor. | |
| Here's the thing about that, uh, you should be able to alter the electrical field, so to speak, ahead of it, the direction you want to go, and it would fall into that area. | |
| So, in a sense, um you you have the electrical uh superconductor, it floats because you create a 360 degree uh you know, uh a bubble that surrounds it in electricity, and it's reacting to the electricity, and it's gonna find its stasis point within the middle of that electrical bubble. | |
| Now, if you altered that electricity and you would uh decrease it in one area, uh the in the superconductor in a sense is going to try and fall into that decreased electrical field area because the electrical field will sort of push it that direction, the other non-altered electrical field. | |
| So then we start getting to the point where we can manipulate the electrical field, and of course, we will use LK99 as the um the conductors within our electrical field, but also uh the like emitters of that electrical field uh around it. | |
| So theoretically, we could paint my uh GMC with this um material, and um uh then it would float, and then I would be able to, you know, use uh little little points of electricity that may extend out through it and alter an electrical field on the outside of it, | |
| and thus it would have a tendency to think of of the area that I've altered as being down, and so gravity would would take over and it would fall into that area, and you would stop it from falling by increasing the electrical field in that area, | |
| which would repulse the LK99 and put it into a state of stasis relative to the electrical fields that are around it, and so we truly have our floating RVs, and uh, you know, absent uh catastrophic uh, you know, getting struck by a missile or something, absent that sort of thing, uh, you shouldn't even really be able to like fall, right? | |
| So as long as you had even a little bit of magnetic field or uh electrical field, if your LK99 craft is uh structured appropriately, it at most it would gently rock its way down to Earth as it settled through the various different layers of Earth's magnetic field, because it's gonna be repelled by all of those or put into a point of um equidistant stasis on all of those. | |
| So it could be quite fascinating to uh start playing with the LK99 and uh look into its chemical formula and seeing how much of it you can you know do at home, that sort of thing. | |
| I haven't I haven't examined the construction of it, so it may require you know um uh heat to fuse these materials, etc. | |
| etc. | |
| I don't know what what is the particulars of its creation, but from what brief um descriptions I've read of it in the laboratory, it's not that big of a deal. | |
| And so uh we'll see, and also now that we've got this stuff, there's gonna be refinements made to the process of its creation, and uh hopefully, then we'll start getting into you know big LK99 and then LK99 variants, uh, get into major production of it, and uh here we go, sci-fi world. | |
| So maybe uh the invention of LK99, but today for sure the confirmation that it does perform as described, uh, is probably so today we could say, well, probably today is the the anniversary date, the date of incept for sci-fi world, because we now have our room temperature superconductors, and with this we can do so much, right? | |
| Not only spaceships, we can eliminate rockets, we can eliminate um uh you could eliminate pollution in the sense you could have LK99 power your car, you wouldn't need a um uh a gas engine kind of a thing, | |
| little little battery and uh electric field ahead of you, an electric field behind you, and uh even so you could just you know keep gravity as it is, roll on the tires, and just make the um LK99 think there's a gravity well ahead of the way you want to go, and it'll sort of fall that direction. | |
| Uh so it'd be a there'd probably be some moving parts, but very few moving parts in order to create a um an engine with this, you know, and uh superconducting trains that you know put those on the train tracks, | |
| and you got uh you know, high speed rail, uh really high speed rail, and you could do it such that no matter what happened, the LK99 could not lift off of the uh tracks by more than X number of inches, uh, and there would be a barrier on the other side of that, which would be created by the LK99 itself, both in the train and on the track itself, such that um uh it would be like a uh a built-in safety kind of a thing, right? | |
| That if there was a tendency for the train to want to depart the track because of speed or um some kind of an accident, the actual track and the train itself would uh work uh cooperate uh to defeat that that push uh away from it. | |
| So LK99 is gonna be some pretty cool stuff here. | |
| Um so the um uh it's coincident that uh during this period of time of the initial rush here of LK99 into our social order. | |
| I've also come across or discovered the um potential that I'm correct about the Patanjali's uh Yoga Sutras not being about yoga stretching uh enlightenment, any of that. | |
| Uh so we have to consider something here. | |
| Uh Patanjali's Yoga Sutras are one of the oldest uh let's just call it religious um production books around. | |
| Uh you know, they don't really know how old it is. | |
| There is an oral tradition for it, which is why you have several different versions, uh, most of them have solidified around a version of Patanjali's sutras that is um I think from like let's just say uh in the last uh 4,000 years, right? | |
| But there's there were oral traditions for this and previous versions that that appear to go back many more thousands of years than that. | |
| So there's no way we can ascertain the um point of origin of the Yoga Sutras uh in previous forms of Sanskrit, and there was a uh a pre-Sanskrit version, um, let me what they call it, some skara, samskadara, I think. | |
| Um, anyway, it's uh probably goes back pre-last cycle, so well over 13 or 14,000 years old linguistically, and that language is the uh root language that Was used in the previous cycle by those people uh that did all of the great engineering and stuff for in India, but also in in areas like uh Anchor Watt and all of these kind of things. | |
| So bear in mind here, by the way, that uh LK99 is a superconductor, it's gonna look a little bit like stone or granite or something, it's a just sort of gray material. | |
| You'd be able to do things like we see with the tartarians, okay. | |
| You can put the superconductor on your building, and maybe you can just paint it on, I don't know, and it's gonna pull electricity out of the air. | |
| It's gonna to you know, if it's affixed to a building and it's less than is required to lift the building in those kind of operations, then uh we're gonna find that um the uh material itself uh uh would be able to be used as a sort of electrical generator in the sense of being able to paint it on all of your spires and this sort of thing and conduct the electricity down to where you need it, | |
| and it's just gonna pick up ambient uh IANA's ionization and static electricity in the air, and you can be able to use it uh because of the nature of the uh superconductor wanting to have um equilibrium with all of the fields around it, | |
| it will aid as uh a device in achieving that equilibrium for itself, even if that you know, and especially for us, that means we would rake off this ambient level of electricity, you know, to run lights or whatever, right? | |
| So, anyway, quite quite fascinating about the uh appearance of it. | |
| I'm gonna go ahead over the next probably month or so, order what I can to um and see what I need in the way of equipment. | |
| It may not really be possible for me to start making this shit now because my office is all filled with construction equipment and supplies and stuff, so I can get at fixing the house. | |
| So uh just basically here's what happened. | |
| Uh I relocated in uh 2018. | |
| I was dying from cancer, everything was I didn't, I didn't know I was dying from cancer. | |
| I knew I was dying. | |
| I was not not well, right? | |
| I'd I'd lost a vast quantities of weight, they couldn't find anything wrong with me, but I and they kept telling me one the stupid doctors, you know, one doctor says, Oh, it's your liver, and then this other doctor says it's this, that, or the other thing, right? | |
| None of which actually worked out. | |
| And then I uh in 2018 I say, okay, I gotta get my wife settled, I gotta do things for her because I'm not gonna last, right? | |
| I doubt I would last the year, which was true. | |
| I didn't last all of 2018. | |
| But anyway, so 2017, we buy this property. | |
| I get a contractor in there, but because I'm dying, I cannot afford to take time to allow him to go through it and do all of these various different things, right? | |
| We had a big long list, and then it turns out the bastard um uh, you know, uh shortchanged me, so to speak, using in inferior materials and doing shoddy work. | |
| So there's a lot of shit I gotta do to repair this house that had been basically remodeled in 2018. | |
| But the nature of the work that the guy did is shit, and so I've got a lot of things I've got to do, you know, regretfully, right? | |
| I just didn't want to take my time to do this, but here it is, and I've gotta go do it. | |
| So my my office is all filled with the um materials I'm gonna be using and uh this sort of thing, and the office itself, also done by this guy, has serious structural problems with it. | |
| Um I don't know what uh basically it's rotting. | |
| I don't know where the moisture is coming in or what what's going on, but the whole floor is running out. | |
| So I can't um in the the office had been turned into a studio and a warehouse, and now all of the material in the warehouse is all shifting because the floor is rotting out from underneath it, and so it's all collapsing down to the underlying subfloor. | |
| Um real royal pain, let me tell you, and did not intend to get into it, but that's what's gonna be this year into next. | |
| So basically all through winter. |
Export Selection