Clif High - Point of Woo

All Episodes

Previous Next

March 27, 2021 - Clif High

58:53

Point of Woo

Large

Audio Only |

Scroll

Time	Text
	Hopefully I won't need to use the whiteboard because otherwise I'll have to turn this and everybody will get sick.
	This is a funny one, okay.
	So uh there's a real point to this.
	It was real small, it's only a little tiny bit.
	There's a whole lot of shit in the way in terms of stuff going on in reality.
	And so we've got um just got to go through a bunch of stuff uh that's piling up out there, uh, like the Suez ship, okay.
	So the Suez ship is oh that's terrible.
	Hang on.
	Too much glare.
	Just where I'm at.
	Um the Suez ship is is stuck, it's uh run aground in the muck on the side of the canal.
	On these uh narrow canals, the long ships, uh as they move closer to the edge of a canal, you get this effect of um uh draft of lift.
	Okay, so we've got can we do that uh on this?
	Yeah.
	Anyway, uh the idea is that the as the ship the big long ships in a very narrow canal, they have to stay as close to the middle of that canal as possible.
	If they drift a little bit towards the side, it decreases the amount of water between that side of the boat and that side of the canal.
	This means that the water that's flowing along that side of the boat has to move faster to meet up with the water at the back end that it started with at the front end.
	So you get a sense of lift, you get get this pull that pulls the boat over to and decreases that already uh shrunken distance and keeps going until the bow goes poink and then you get stuck.
	And then the problem is the current comes bashing your bow, pushing it into the bank and keeps pushing it into the bank.
	So your little things that are pushing against that boat are not trying to get it unstuck from the mud so much so much as they're fighting the water current itself, the pressure of that current, which could be uh considerable, you know, uh absolutely fantastic levels.
	Uh then there's other issues relative to getting the thing out of there.
	Um so many of them, uh, engineering-wise, right?
	You can't the tugboats can't get a good uh it can't back up because it's big propellers won't have deep enough water to get bite in the water to pull it, nor will there be enough distance of water, uh enough um throw of water behind it for those propellers to pull against.
	So it would pull the water and cause a suction on the land, eroding the side of the canal and not moving the big boat.
	Uh further, the little tugs face an issue because their angle of attack relative to the the tanker or relative to the container ship is very bad.
	They the canal is very narrow, so they can't have a long line.
	A little tiny tug with a big engine and big propellers can get a good bite of water and do some tremendous pulling if it can get sufficient length of line between itself and the thing it's trying to pull.
	If it can't do that, it's pulling at this very sharp angle of attack, which makes it means that its bow ends up dragging into the water and it's in the stern rises, which reduces the amount of bite that its propellers can take.
	And bear in mind that all of this activity on water, the only points of pull, your only point of traction is the surface of your propeller.
	So it is the size of the propeller that is meaningful relative to your ability to pull stuff and how fast you can pull that propeller, how powerfully uh your torque is relative to that spin.
	And that's it.
	Uh it's not like you can anchor a giant rope on land and pull this boat.
	It is just not going to happen, right?
	Uh the boat has to be pulled from water on the water, because it its bow is now in the mud, and increasingly there's silt and stuff piling up on the uh upward side of it, on the upside of the uh canal of it where the flow is coming at it, and increasingly uh but in any event to to pull the thing, you can't pull it from land because it would increasingly attempt to pull into the earth underneath it, where it's starting to run into anyway.
	So it has to be sort of lifted to be pulled, which means you have to pull it from the stern and you have to uh or the sides, you could do it that way, but there's no angle of attack.
	You can't get your tugs far enough away to do this.
	So truly the only thing that I can see that is feasible is to take the weight off of it and get that quarter of a million uh tonnage out of there, and then the thing at some point it'll just bob up on its own and then bobs your uncle, you throw a line on the thing and give it a yank and it'll off it'll go because the water's doing all the work.
	Now the water is not doing any work for you and is actively working against you in everything you're attempting to try.
	So that's not going to happen anytime soon.
	Okay, so that was one thing.
	Uh this is this is going to disrupt the supply chains.
	Uh oil, food, all this kind of stuff.
	Everything going to and from China through the Suez Canal or anywhere else in there, Africa and all of this kind of stuff, is all now snockered for months and months and months, maybe a year, who knows.
	Uh so there'll be a lot of traffic around the um tip of Africa.
	Uh so uh the Horn of Africa as well, we're gonna see the the lot of traffic in areas that we did not used to have traffic in volume.
	Now we're gonna have vast quantities of it.
	It's gonna increase costs, it's gonna increase uh times to get things to and from places, it's gonna increase delays everywhere.
	It's also going to increase risk fantastically because now there's areas that we used to not really have much traffic running by that are filled with pirates and other areas of disruption.
	It'll also increase um opportunity along the African coast because there's going to be a lot more traffic there, which will be needing assistance, because instead of going through the Suez Canal, they'll have to stop and refuel because they gotta go around all of Africa, and that's a big place.
	So there's gonna be a lot of opportunities, but at the same time, uh it's uh gonna be a major disruption for a lot of the planet, especially the um uh Europeans in the supply chain there, most immediately, right?
	Then it's gonna impact everyone.
	India, China, Southeast Asia, a lot of um industrial goods used to flow back and forth there that now have to get there some other way.
	Uh so that's that's one thing there.
	Uh we've had um uh first real visible signs of de dollarization with uh Putin and uh Poutine and Z getting together to discuss uh you know, Russia and China getting together to discuss cross-border trade without the use of the dollar and uh uh basically the death of the petrol dollar.
	And so that's that's coming.
	We need to get prepared for that.
	That is gonna have a major impact.
	It's gonna depend on how that de dollarization actually unfolds.
	It could uh be that uh we get into a situation where there's um that the Federal Reserve is that sort of actively participates in this and does things to uh erode the tendency for this to cause hyperinflation on its own.
	Um, because basically what happens is all those dollars that are outside the US borders come flooding back into the US and thus our our circulating money supply in a theoretical sense is gonna go way the hell up as a result of Russia and China not using them anymore.
	So it has tendency to cause uh hyperinflation.
	Uh, we've seen examples of this in the past, but never with a world reserve currency, and the ramifications of that are quite staggering.
	All right.
	So the world reserve currency is currently breaking up.
	It may shift over to Bitcoin or something like that, something active, right?
	Uh that's already in existence.
	They may try and do these SDRs and all of that, that sort of shit, but I don't think that they're gonna be able to pull it off now with everything in chaos, war is breaking out all over in this sort of thing.
	Um basically in this little video here, I'm going through a lot of the stuff I went through with um uh Jay and uh Mike uh yesterday.
	Jay Campbell and uh Mike Jacko.
	Okay.
	Alright, so um it's possible to keep videos on for me to keep videos on YouTube, but I'm gonna have to increasingly stay ahead of the censorship.
	They're gonna get to the point where they're even going to start censoring me about woo, right?
	And so it'll be very difficult to maintain a YouTube presence and not end up being thrown off.
	So far I've been pretty good at it.
	I've been able to stay ahead of the algos.
	This is because I know language and know how the software and know how software works at a deep level, and having written vast quantities of it, and um am able to stay ahead of what uh of the natural um evolution of that uh censorship software, and it's uh because I know how it must function, and so I can do things to stay ahead of it.
	It becomes increasingly a big burden, and so uh one of the things I'm doing is that I'm attempting to build out this piece of um uh antiquated timber land that I purchased.
	And so uh it's not a wise idea to try and save money in dollars.
	And so I had to get uh I had accumulated dollars and I had to get the wealth that it that they represented out of dollars and into something tangible as the um uh the political cluckheads are are going to totally destroy the dollar over these next few years, and its purchasing value is already eroded massively from the day of the election.
	Just look at how fast Bitcoin has risen.
	Bitcoin is a very accurate gauge of how fast the dollar is dying, in my opinion.
	So um uh I purchased this antiquated timber land.
	I'm going to have to go in and uh build it out.
	I have a lot of um uh reasons to do so.
	It had it was I say antiquated because it had been in the hands of an estate for a number of years and and hadn't has not been um managed as a forest for over 50 years.
	And it's a little tiny thing, right?
	It's uh less than 50 acres of forest.
	So in this state, uh I don't even I don't qualify as a timber baron, right?
	Uh that you gotta have thousands of acres for that.
	So so we call ourselves baroons.
	We have bigger titles for smaller bits of land.
	Uh but it's a it's a good little forest.
	Now the reason that I bring it up is that um I'm gonna be doing a lot of work there, uh especially through the uh climate weather periods of spring and summer and early fall, and so won't be doing a lot of YouTube, but also I'm all running into these issues with YouTube as it is and can see the handwriting on the wall, and so I'm making some other arrangements here.
	Now, what I'm gonna be doing uh at some point is to start doing videos that are uh created during the multiple hour drive over to the property and and then I'll do work there and uh then I'll come back and upload them and so on.
	Those videos are gonna go on um Patreon and subscribestar.
	Uh uh, so they're gonna be behind a paywall.
	Now here's the issue.
	I don't particularly want to do this.
	Uh there is a point for me to do it because I need uh because the money will be used for specific things, right?
	And it's so it's not retirement money, it's just used for building out on part of this forest land.
	And I'm gonna make the videos about that process.
	Uh it's a unique process in my opinion.
	Uh I've seen a lot of these um uh you know uh redo house shows and that that kind of thing, or build a house in a hundred days sort of thing, right?
	Uh and this is not like that.
	What I'm doing is uh uh is basically off-grid.
	I won't be able to get electricity there.
	This is uh in uh essential wilderness.
	I am gonna build a house on this property on an adjacent piece of property to the timberland, but um the whole process here is gonna be uh the whole video uh series is gonna be about the process and the problems and overcoming them and the uh and the way we get through the the obstacles.
	Now this is uh I'm an old man, so this is a project that's bigger than me, and so I've assembled a little crew here of my brother-in-law and uh Kale, the guy who helped me with the Proa.
	And at the end of all of this, we're gonna have the pro-up be able to be at the water at the site of the uh property that the house is on.
	And I'll get into that in the um in the videos that are behind the paywall.
	Now, and I'll announce where it is and when I start doing that sort of thing.
	So if you want to uh stay current with it, you can.
	Now, one of the other reasons is that um to do this is that if you do this, then you can I can discuss anything I want and not worry about censorship.
	I don't have to stay ahead of the language and use uh innuendo.
	Uh I can be uh straightforward and factual about what I really want to say.
	Uh so there's a big benefit to that uh in that to me and for me and for anyone who wants to listen to it because it does become difficult to get into some of this stuff when when you have to tread close to boundary layers that are imposed by terms of service.
	And I won't have those behind the paywall.
	And in addition to that, I can say things that are um private opinions and not make them public because it's a pay service, and so um uh there's legal benefits to doing it that way.
	I it'll be more difficult for people to cause me um uh hassle with these strategic lawsuits against public participation.
	Okay, so that's sort of housekeeping kind of stuff.
	I'll just let everybody know via Twitter and I'll probably make another video saying, hey, I've got a Patreon set up and and uh posted the first video there.
	I just closed on the property the other day.
	I don't even have the um uh uh means of access yet.
	That's it's its own big deal.
	Uh we got a lot of problems just uh to we have a lot of problems with that with that property.
	I've got a lot of things that I need to solve just uh to even make videos there.
	So it'll be a ton of work.
	But in any event, so it'll be something to do and and cool as I work through it, it's probably a multi-year process.
	All right, so now um okay, so another point of um uh business is the magnetic gen sets.
	Since this property I'm gonna be going to is off-grid, uh I'm gonna I'm very interested in the idea of uh getting these magnetic gen sets.
	I've made a approaches to a bunch of companies, a couple of companies that have uh supposed machines in pre-order, and they show the fancy little graphics of the machines with the control panels and stuff on them.
	But so far I've had no meaningful response.
	Now, uh there was a fellow on his own initiative that that uh made contacts with one of these companies, but that company did not respond to me.
	Uh they haven't responded to my emails asking um for you know how they're gonna set up distribution and stuff, and that company, there are some funny aspects to it.
	Uh they claim to have uh operational unit and have six-year history with it, uh and be in pre-order, and be uh soliciting money to the order of about 50 million, and be um uh constrained by a rare earth issue, uh and they claim to make their own magnets, all of which uh could be factual, right?
	And uh perfectly valid, but uh there's just something odd about their approach to uh this in the sense that uh as somebody that's delivered product and done that kind of thing in the past, I I wouldn't approach it that way.
	I I just wouldn't approach doing business that way.
	I would not set for pre-order until we actually had piles of material sitting out in front of a factory and had a had a stopwatch ready to go as the factory started and a firm date for the first ones to roll out, and we'd already done a prototype run.
	You know, we'd already produced a hundred or or two hundred and fifty and given them out to select individuals.
	So I wouldn't even announce that we had these things until we'd gotten that far for lots of security reasons, uh also for um proof of concept kind of reasons.
	It better not be honking for me.
	Hang on a second.
	I don't think that's for me, but hang on.
	Okay.
	Probably tourists trying to get one of the bears to move.
	Anyway, so um, so I wouldn't do it that way, right?
	I'd be all set ready to go into production and so on.
	Uh now I understand they've got uh issues if they're making their own magnets.
	I love the idea that they'd be making their own magnets here in the USA.
	Um I've got a lot of other stuff.
	The whole point of this thing is a little tiny talk of magnets, and we might get there in a goddamn hour, I guess.
	Anyway, so um the firm it's just approaching things oddly, right?
	I'm not saying they're fraudulent, I'm not saying anything of the sort.
	I'm just saying that it's not the way that I've done business in the past, it's not the way I've seen successful businesses launch absolutely new products in new spaces in the past, right?
	Um companies don't patent anything until they're actually in production, and then they throw a huge slew of patents out there.
	They don't patent because they want to keep it all a trade secret, they don't want anybody to know what they're working on until they're able to deliver such that they can get that first mover advantage.
	There's a lot of reasons to do these kind of things in a technical uh environment, but in that technical environment, you don't announce the thing years, because this website apparently has been there for a number of years.
	You don't announce the thing in pre-order years ahead of time of being able to deliver, in my past experience.
	So it did just didn't sit well with me.
	And I've got to get all NDA'd up before I put any person I know that has money that wants to put money into these projects, right?
	So I know a lot of people that have crypto money that are want to buy one, like myself, they want to buy one.
	This company, by the way, wants to do a lease.
	They want to lease the machines to you.
	It's okay, I don't care.
	You know, I once leased a hot water tank.
	I understand how these things work.
	And and they want the steady income, they've got their own needs for that on a factory level, all of this sort of thing, right?
	That's okay.
	I'd prefer to own it outright, but I don't care.
	The lease is fine.
	But they want to do it based on how much your electrical savings are.
	That in my opinion is a stupid way to price your product.
	And it makes me question your the viability of your um uh your approach, right?
	Uh for a lot of different reasons that are economic, that kind of an approach breaks within like the first year uh of a new technology coming out, and it's been proven since like 1930s and 40s to not be a very viable uh pricing mechanism.
	And people that have been through business schools know about that sort of thing, and they just don't do it.
	Um, it's like using fixed cost accounting against a growth model.
	You just can't do it.
	It mathematically unsound.
	You know, I know math is racist, but you still gotta earn dollars, right?
	You gotta earn your bucks.
	Um so anyway, uh so uh so at this point uh I told the guy that well, I'm I can't put time into video meetings with these people, there's no point to that.
	Uh if they had something solid that can be tested, and uh so on, they could provide me with uh an introduction.
	I could get one of these money guys that's interested in putting their money into the production of these devices together with them, and I could just get out of the way until they're ready to sell me one, right?
	Um so but okay, so that's where we are with the maggen sets.
	The other companies that I found have not contacted me at all.
	They have not responded at all.
	So now we're still myself and a bunch of other people that are loosely um collaborating, uh, up to the point that we can relative to new discoveries, non-disclosure agreements, and commercialization of this technology.
	Uh uh, we're still collaborating, we're still doing things uh online, still having meetings and still growing our understanding of all of this.
	And I've actually become um become be been contacted by a number of individuals, and I'm trying to work out the arrangements uh such that I can uh cooperate with firms that are not in the United States.
	There's strategic reasons for that, because of the nature of um the basic monopolistic government heavy-handedness of things here, right?
	So in any event, though, so we are, I say we, myself and a bunch of other screwy radical etherists and a few companies, and the companies is very key, right?
	Because these people have engineering staffs, research and development teams, they have uh assay equipment of all kinds, you know, electrical meters that can sense and and manage and and measure all of this stuff so that after you've made it, you can prove that it works the way you say it's working, right?
	Um and so they've got all of that, and they've got manufacturing facilities and they've got their own source of funding to power that uh part because they're interested in it for their own markets.
	Uh you know, this is like the boon that that everybody's after.
	Uh you know, basically, let's let's be real factual.
	Uh fuck free energy.
	I don't want to, I don't care about zero point energy, and a magnetic motor isn't a magnetic genset is not free energy.
	I would expect reasonably to pay on the order of $30,000 to buy a uh 20 kilowatt, 80-amp magnetic uh genset motor, about 30,000 on an operational unit.
	That would be the idea that I could buy that machine and it would run for an operationally designed number of years.
	15 would be fine.
	But I would like to get 30.
	But if I could get 15 out of it, even if it had to have X amount of its parts replaced in that 15 years, that would be perfect.
	Because that $30,000 would represent uh a small fraction of what it would take for me to induce the electrical company, for instance, in my particular property, way the uh the hell over on the other side of the these mountains to run a line down into uh this uh area for my off-grid house built.
	And so if I could just set this machine down there and produce electricity, we could use it to build the house, and then we can use it to power the living at that house.
	You could do this all over the planet.
	We need a distributed, decentralized electrical system uh in order that humanity might survive these next hundred plus years as we get into this cold period of indeterminate length.
	Okay, if we're lucky, it's only going to be a short one, 30 or 40 or 50 years in our in, you know, a single person's lifespan might cover it and have warmer periods on either side.
	Uh but uh it may not be that we're we may not be that lucky.
	But in either case, we need to deal with the fact that we're gonna be in, we are in a much colder environment now, it's gonna continue to get that way.
	Uh get more cold.
	Uh so we need to uh not be brittle and fragile to the changing uh climate.
	So you can you can piss and moan about the climate changing all you want, but uh everybody stopping all carbon production right now is not going to change the fact or is not going to alter our climate change.
	It won't stop it, it won't delay it or anything.
	Even if I believed that humans were the cause of it, the process is initiated.
	That's their thinking, right?
	That that 99.9999% of this is uh environmental, but then humans have that one percent that triggers it into this catastrophic process.
	Well, even under that logic, it's triggered, it's going, the process is happening.
	Ain't shit we can do about the process, right?
	We can't roll ourselves back, so we'd better adapt to what we're dealing with.
	Only it's not global warming, it's Ice Age.
	So, anyway, so we gotta uh gotta deal with that, and these magnetic uh gensets would be are gonna be tremendous.
	It'd just be absolutely fantastic.
	Um I know that we can do it, uh it's simply a question of overcoming some material limitations.
	Uh and there's some engineering issues.
	So we got this is why I'm I'm uh enthralled that I've got this uh very large non-United States um uh-based uh engineering firm prepared to go into this.
	Because once you've got the the basic torque issue solved, and there's a number of ways that that it can be done, and and has been demonstrated, we just need to engineer them into something more than a crude prototype, right?
	But then here's the here's part of the problem.
	As you engineer these these Okay, so uh say that we were just gonna do it where we were gonna have a uh a spinning magnet motor that just turned a regular gen set that we can buy now.
	You can buy tremendously effective, and I found some just beautiful, they're very expensive.
	You can turn the things by hand and spin them and make electricity.
	They're the they have such low torque requirements for their such tremendous output.
	So we're really getting good at engineering smaller and smaller, more and more efficient electrical generators.
	Now, if we if we can match that, made it up to a magnet motor, then uh the magnet motor has to deal with whatever torque is required by that gen set.
	There are other ways to get this.
	You could actually merge the electric production part with the magnet motor as it's going.
	But I'm just saying, in a simple, easy to fashion, put it all together out with parts off the uh existing parts, this would be the way to go approach.
	Uh then you've got a one big issue though, right?
	The big problem that the closed systems have to deal with is heat.
	Because heat kills magnetism.
	It actually stops the magnetic uh the magnet from being that magnetically outputting.
	And this was all this is the whole point of this talk.
	It will eventually get to this thing.
	We've still got other stuff to get to.
	Uh, but um, and so we've had some I've had some breakthroughs on that part of it.
	But nonetheless, we're gonna have to engineer around some deficiencies in our understanding of how to work with magnets.
	And once we do that, then you just set the thing spinning, but it's not free energy because you had to make the magnets, which is pricey.
	You had to to get the magnets in position, you had to build the framework for them, you had to build the bearings and all of this.
	So you have an inherent capital per input cost to the magnetic motor, as well as your now also very pricey gen set, because you've got to get you want to get one very highly efficient with low torque and high output in multiple phase that you can deal with the phases of electricity on your own, and you're not creating vast quantities of resistance.
	This is because all electrical gen sets are essentially uh like a washing machine in the ether.
	They're just sitting there grinding the ether for us to get a little tiny bit of electricity out of it.
	But it's like really torturing the ether, vast quantities of ether disruption by a traditional genset with big magnets and big coils and stuff.
	And there's a lot of resistance in that because the of Steinmetz.
	You gotta understand Steinmitz's diagram and the way that electricity uh passing through a current passing through uh uh or anything really, but a current passing through wires as we structure them uh causes this rolling effect in all of ether along that wire, and well, and that's what we call resistance.
	Or in sound it's called impedance because of the waves of the sound, they encounter this impedance as they're going along, and that's the resistance uh of the Steinmetz kind of a roll to the electrified sound going through that wire.
	Um, or whatever, you know, whatever kind of electrical signal you're putting through the wire doesn't necessarily have to be sound.
	Alright, so um anyway, so that's the point.
	Get those magnet gen sets, but we're in an engineering world at that stage.
	Once we get the breakthrough in the concepts on overcoming the torque issue, then the rest of it is just straight engineering.
	The rest of it is just um controlling the heat, you know, and all the other aspects of putting it together and doing it at a cost-effective level.
	But our first units probably will cost us on the order of 30 or 40,000 to put out the door.
	Uh they won't be handmade or anything.
	We'll have to do it at a factory level.
	But even so, 3D printing and all of this, we can get to the point where they are not free energy, but they're very, very, very inexpensive forms of continuous electricity without fuel.
	And that's the big issue, right?
	$30,000 over 15 years, if you don't have any fuel cost, is nothing.
	I know people right now that are buying $30,000 uh gen sets, um, you know, guys that run logging camps, for instance.
	They buy these $30,000 gen sets on wheels, put them behind a truck, they run them on up there in order to provide uh 20 kilowatts, 80 amps, and uh for all of the machinery for the harvesting of trees and this kind of thing in logging camps, or mining or fishing camps where they have to process fish or whatever, right?
	And uh then they but they always have the continual now $3.99 a gallon or whatever for dieseline or uh which is the refined version of diesel that we now have, um, or you know, even like $1.89 up to $279 for biodiesel.
	Uh and I'm quoting local to Pacific Northwest prices in small bulk.
	Um so the not being able to, you know, not having to screw with the diesel, the smell, uh the the containers, the extra effort, all of that, such a huge savings that $30,000 for such a genset is trivial.
	It is it is a non-issue.
	So and that I think is a very good break-even point from what I'm seeing out there.
	Uh, you can get kits that you're supposedly can assemble yourself and get 10 kilowatts.
	I haven't bought one, they want like um 16 or 17,000.
	It's a closed clamshell kind of system.
	I don't see how they're dealing with the heat, and I don't see how they're dealing with the torque issue, and they don't have any uh demos online with uh machinery attached to it that I've been able to see that provides running output, right?
	So, anyway, so I don't I don't know about those.
	Uh but as I find out them about them, I'll put it out here.
	Now, just because I'm gonna do the property and all of that that stuff and put those videos out, uh that's gonna impact being able to do these.
	That's why I'm trying to cram in a bunch of them in this short period of time.
	Now I'm becoming more active on the other property, these will drop off, but I'll still do uh updates and I'll still still do um uh what I can with videos relative to time and censorship.
	And it'll be censorship that'll be one of the big issues.
	Okay, so um boy, working through all this pretty good.
	All right, so um so there's let me do my uh no, I'll do that business later.
	Okay, so there's um we had some woo stuff, right?
	How do I want to do this?
	No, let me let me do this first.
	Okay, so I I ran across a um uh I was gonna say an interview.
	It's not an interview, all right.
	So I ran across this video in which Kerry Cassidy bitched out uh Robert David Steele, and Robert David Steele uh, you know, stood his ground and and and biffed for every POW that he got, right?
	It was an interesting video in that regard that that Carrie was just a bit you know ticked off.
	She just lost her channel.
	This is Carrie Cassidy, she just lost her channel, Project Camelot channel on YouTube.
	So, you know, she was understandably in a high emotional state, but she took it out on Robert David Steele, or she was pissed at him anyway.
	Okay, so here's the thing though.
	During the period of that time that in this uh interview, he talks about this unrigged campaign.
	And I'm all for Robert David Steele's concept of this unrig the elections.
	For I'm all for honest elections, I'm all for this whole uh uh approach to it there, right?
	Um I'm just um sort of flummoxed.
	My my I'm I don't want to I have to be careful about what choice of word I use here.
	I'm puzzled.
	I'm very, very puzzled, uh, because uh Robert David Steele was a CIA officer.
	He was uh by his you know self-proclaimed, right?
	Uh he has some acumen, he's not not a stupid individual.
	Um yet he is associated with people of uh dubious provenance and intent.
	All right, so he cites as uh great truth tellers that he has a has big affection for and great uh confidence in um uh and is happy to work with uh Simon Parks and Charlie Ward.
	Um these two individuals in particular, I've I've got real issues with their behavior, right?
	Simon Parks is selling, he's associated with people and he's pimping out and acting as a sales agent for a USB device that costs about two dollars or less.
	Um, and they're selling this as a as a 5G antidote.
	And you don't even have to plug this thing into the computer.
	It's absolutely marvelous.
	It's so magnificently magical that they're charging you 365 pounds or 365 euros for this.
	But to their to their credit, this is no ordinary black, you know, plastic USB device.
	It's a USB memory stick that's got a nano coating of magical material that that in its mere presence, 5G, wilts and runs away.
	And further to that, it's got these two these crystals on it, one or two crystals.
	You can buy the double crystal model if you're into heavy 5G.
	And the double crystal model is going to just uh you know send the 5G running away even further away from you.
	And you just have to have this in your presence and your blood changes and this kind of thing, right?
	Now I've seen the video that Simon did with this guy, and they're using uh simple hydration effect on blood blood cell samples taken hours apart and claiming that that's the presence of this uh 5G inhibiting USB device that you should pay 365 euros for.
	And this device has been examined.
	It is a typical USB storage device, it has no operating software.
	According to them, it need not even be plugged into a computer in order to actively aid your blood.
	You just have to hold it in your hand like a magic rabbit's foot and put it in your pocket, or any other magic talisman or something, right?
	So, on that sense, they should just be saying pay us 365 uh pounds so that you will believe that it will work.
	And ergo it will work because there ain't shit here that should work.
	Um, and so this is somebody that Robert David Steele holds up as a as a source, as a truth teller, as a as a good human being.
	It's like, well, okay, all right.
	That's his call.
	Uh and the same thing can be said about Charlie Ward and his past.
	Um I needn't get into it.
	There's a lot of videos out there that detail uh um a rather interesting history.
	The guy probably is making a lot of money, like on the order of a couple of million a month or something, uh, from his um uh insider circles and that side sort of thing.
	But for Robert David Steele to try and connect a legitimate uh political movement, he's he's planning on spending a million and a half dollars on this 84 city tour to unrig the U.S. elections this year and every year until they're unrigged, right?
	And he says, do this this year with all these speakers, he's got Cynthia McKinney, he's got um other individuals, they're you know making a big splash, they're doing a lot of work, they're putting a lot of money into this, everybody's uh you know, they're spending big bucks on this, musicians, uh, you know, venues, buses, the whole damn thing.
	And uh putting this all together.
	And it's like, okay, uh, but you're connecting it to Charlie Ward and Simon Parks, and you want it to be a legit political movement.
	Neither one of those guys are A American or Butting Credibility to the situation, right?
	So Simon Parks is in the woo business, and uh he's in the experiencer side of the woo business.
	And those people usually don't add a lot of credibility, right?
	It's like having your your politician says, oh yeah, I believe in you know XYZ kind of space aliens.
	So uh it just strikes me as really odd, all right.
	Very, very, very puzzling that such a uh link up should occur, and that uh Robert David Steele should be so uh wedded to these two guys, um, especially those two.
	He's got other people that uh around him that I've got problems with that I've got issues with, not only their history, but also their uh intent, right?
	Uh he's got uh uh well I won't go into it.
	I just won't go into it, it's not no not worth it.
	Anyway, though, so finally, at last, well, we got in 40 minutes, okay.
	Um, so there's this fellow, he makes videos, his name's Ken Wheeler.
	Um he does videos about uh energy, light, cameras, uh cool stuff, right?
	Uh he's done a video recently about light, and he talks about light being uh at a at it when it's condensed, it becomes hydrogen, a hydrogen ion.
	So Ken's another uh radical etherist.
	And what I'm gonna talk to now, talk about now is the point of all of this, which is magnetism again.
	Um so uh this is the uh inchoate materium, all right.
	Uh incoate is um disturbed, is uh uh differentiated.
	Um it's not random.
	Random implies a whole different set of things that it is not.
	In the incoate materium is like having a um a fabric where part of the of the weave of the fabric has separated, and there is activity coming through that that part of the weave, okay?
	And that incoate materium is the materium itself, which is the fabric itself, becomes differentiated, it becomes um uh uncohesive.
	Um other good word for that.
	Uh disturbed, well, it becomes disturbed after the process of becoming incoate, right?
	And uh this is a uncodified bit of the materium.
	Now, the reason to bring up inchoate materium is that this is an understanding that relates to the woo-ships, it relates to magnetic generators, it relates to magnetism at all levels.
	If you go and watch Ken Wheeler's um uh video on light, which is really really cool, he does very good videos on these subjects.
	Um, uh he um he talks about the condensate of light and becoming into matter.
	And at that level, at that he also talks about black holes too, I think.
	I think he's got one about black holes recently.
	In any event, so uh a black hole is this uh it's actually there, it's not a hole, there's stuff there, right?
	If you tried to fly a spaceship through a black hole, you'd run into something solid and splatter yourself all over it.
	It would never happen because of other conditions, but but that would be the net effect if you could undo those other conditions, the other magnetic conditions that would prevent that.
	Because it is actually a uh the black hole is matter that is become uh it's a point of universe that has become so incoate, so disturbed, so um uncohesive as to no longer deal with light effectively, so it no longer reflects.
	Now bear in mind we don't see light.
	We only see stuff that light reflects off of.
	We only see the illuminated things, right?
	Um we don't uh participate, we can't see the light, or we don't in any way uh alter our eyes.
	We're not in control of our our sensory apparatus at that level, and we only have the four senses here, and they're all in the cranium.
	You're the the what we call touch is a sensation that interacts with our body-mind, but it is not a sense in a number of different ways.
	All of our sense organs are all subsystems that deliver to us a quality of experience that is not raw, it is processed.
	So I don't see light, I see the reflection of um I see those objects that reflect light.
	I won't go into it in any greater detail because I need to get on to the incoate materium aspect of this.
	But so basically a black hole is a solid thing, it's just no longer reflecting light because of the nature of the magnetism at its at that point.
	Now, magnetism is is uh all we have, it's all of universe, all of the materium.
	So the materium is held together by magnetism.
	All of my cells, all of my atoms, all of the supposed particles of my body are held to each other with this stuff that we act at, we call, when we see it being expressed, we call it magnetism.
	So this is where we I'm going to get into trouble here because of the language that I have to use.
	It may be very confusing because we have consistently mislabeled something.
	So magnetism, as we describe it, is in fact a spot of active inchoate materium.
	That is to say, it is a piece of the materium itself that magnetism at this point here in each of the otherwise coate, otherwise consolidated condensed matter, in the center of each one of these is a spot that is inchoate, okay?
	It is dynamically incoate.
	Instead of, okay, so all of the stuff that makes all of the material stuff, the atoms as we call them here, that make up the material of the magnet here, are basically just a stable matrix, and there's only a little tiny spot in the bare minimum, or bare middle of this, in the very middle middle of it, that is the incoate materium, and that causes what we call magnetism.
	But the magnetism expressed, the pull of it, the dynamic activity of it, is the materium being broken at the middle of this particular little object of uh various different chemicals mixed together in a slurry, put into a ball shape, dried out, then baked, then zapped with a uh electricity and then coated with uh a thin coating of chrome.
	So um this little matrix itself is consolidated, concise, it's all solid, it all the atoms align, they stay together, they know what they're doing, and so on.
	But because we zap it with electricity, and because of the nature of the matrix itself here, the material itself, we get this incoate materium response, which is the materium uh breaking, so to speak, and letting through the actual dynamism that powers all of life and all of the materium.
	That diamond dynamism is uh the same actual force that binds all of our cells.
	And so at this level, there's only the one force in universe, and it is what we call magnetism.
	But we must understand that magnetism itself, in a static sense, is expressed in my cells, keeping all my cells together, um, keeping all of the parts of the glasses together.
	Uh, you know, the plastic itself, all those particles have an affinity for each other, and they stick with each other because of uh the same force that when expressed in an inchoate uh materium point is described as and called magnetism.
	And so Ken casually made the statement that all of reality is magnetism, and he's perfectly correct.
	It's just that we've inappropriately decided to use that word across its dynamic phase as a part of broken reality, where the materium is broken and that force is leaking into the materium.
	Uh and um we've also not identified that force as the central bonding force for what we call atomic level processes.
	And it is.
	It is the that magnetism accounts for that, it accounts for how my heartbeat, it accounts for how my blood vessels respond and moving the blood cells, it accounts for all of that.
	Uh it accounts for how the blood cells line up.
	And to that end, um there are these little bracelets you can buy.
	Those little dots are uh neodymium magnets of a definitive strength.
	You buy these uh little bracelet things by level of strength, and you you wear them, and if you are like me and you have a carnivore diet or a high iron level, and you wear these uh bracelets uh for a number of hours during the day, it has tendency to align all of your red blood cells, and they're slicker, they're smoother, they're not all wonky, trying to go through your your blood vessels.
	So it actually aids the cells in dealing with things.
	In that process, the magnetism imparted as it's on your wrist, which is, you know, the a key area for the passage of the uh arteries, is that there's this um extra magnetic uh attraction, if you will, and affinity for dealing with oxygen and carbon dioxide.
	So you have a better level of respiration.
	So these are this is a um martial arts thing, right?
	We've been doing this in martial arts for who knows how long is wearing magnets, because of course, in martial arts you want to get strong, and there's you know, you can get magnets that are so strong a human can't pull them apart.
	And it really is a big effort to pull even these small buggers.
	And I've got some over here that I have to make get into very embarrassing positions to remove off of this metal framework.
	I mean, I'm gonna sit down and put my feet up there and pull and pull and pull.
	And you know, I gotta have the framework uh attached, anchored to this other thing with a lot of heavy crap in it, uh, because the magnets are very, very strong.
	So incoate material uh materium is how we power all of our objects.
	So all of our all of our electronic gear, um, even our physical motion is basically being powered by magnetism.
	But all the electronic gear is just all electronics are based on Tesla's um uh interaction with copper and magnetism.
	And we've just refined that process and getting really good at refining it.
	But we're now starting to make some interesting discoveries about the underlying uh thing that force, the key force or whatever, which we see in an incohate materium point as magnetism and its use.
	So really, this is the I'll actually get it done in an hour.
	Damn.
	Okay, so this is the point of this whole talk here was that if you understand, as Ken does, as I do, as other radical materialists do, or materium radical etherists do, that the materium is based even at the atomic level on magnetism, then we all agree with Feynman that it was not a nuclear explosion that they set off.
	It was an electric explosion, that those atoms are still in existence.
	All we did in that explosion was to tear the magnetic bond between the various elements of those uh stuff at an atomic level.
	We simply destroyed the magnetic bond in those atoms.
	We didn't destroy the atom, right?
	There's never been a nuclear force.
	There's never been an atomic destruction of any atoms at all.
	The closest we can come to that is the separation of the atoms at the electric or electron level, what we describe as an electron, which is really just another expression of uh magnetism, which is the dynamic leakage of that force that creates the materium and holds all of us together into the materium in a raw force, in a raw fashion.
	Without that, we would have no technology in the universe.
	We would all be dealing with uh the crudest form of expression of energy, which would be fire.
	So we'd have hot water, and that would be about it.
	You know, we'd be steampunk.
	We might get really good at things at steampunk, but we're not going to other planets in steam-powered rocket ships.
	Um, anyway, the in okay, so now here's the whole point of this.
	In the mag drive, these woo ships, these um uh UFO ships, the tic-tacks, all of this kind of stuff, including the recent uh description of the tic-tac drones that followed the the a whole swarm of them followed a bunch of uh navy vessels and flew exactly at levels designed to attract attention.
	So they wanted to be seen.
	All of these ships fly, fly by understanding how the magnetism works that binds all the air molecules together, that binds uh, you know, the tree molecules that bind the paint and all of this kind of stuff.
	They understand this understand what we call magnetism at that level.
	And in so doing, they are able to magnetize at a great huge level of power a random spot in universe and push their vessels off from That using a repulsive force within their own vessel, which is also magnetism.
	So it's uh it's extremely simple as to how they're working this.
	And in concept and everything, once we grasp the idea that magnets are no different from any other matter in the universe, except that they have within them a center that is a point of in-coate materium.
	And that if we had this same understanding that the woo ships do, we would be able to do exactly what they're doing.
	That all we really need is the understanding of what materials are being used and how those materials are being applied, which is a source another another video in the future.
	So, all right, so that was the whole point of it was that in in coate materium.
	Remember that, we're gonna get into it later on.
	Um there's a lot of other tons of other stuff going on.
	It's uh been a very um eventful couple of weeks.
	The the UFO drones are very spectacular because they are telling the US military by their actions, in my opinion, the fact that they had a drone fly at the bridge level at eye level of the people in that bridge and maintain that uh position is a way that these guys are sending a message to the US military that they're about to have disclosure whether the military likes it or not.
	And thus we see the military probably going to come up with uh significant amounts of information to divulge to Congress critters and um President uh pretendency Biden, right?
	So they don't have to tell us anything.
	It was not to tell the American public the executive order was to pass this information into the political realm, uh on the understanding, of course, the politicos are a bunch of um blabber mouths and they're gonna just leak it all over.
	But I think the US military has a reason for wanting, especially the Navy, has a reason for wanting uh disclosure to happen uh at this time about everything they know because they suspect it's likely to happen whether they do anything about it or not, and I suspect that they want as many of us to be mentally prepared for this as may be possible ahead of that developing situation.
	So uh this was what I basically went through, went through some of this stuff with um uh Jay and Mike uh the other day, and I and they're behind a paywall for a lot of obvious reasons because we went into stuff we cannot say here.
	Um, but this stuff uh I think can get through the censorship issue, and that's why this woo series guy, because guys, because they're gonna try and censor all different kinds of stuff, especially about the ether, and especially about um ancillary thinking about the UFOs and how disruptive it's going to be for our entire social order.
	So also do my show and tell here from the other day.
	I had a bunch of questions about that.
	What was your show and tell?
	Um, so I was out on the beach with the dogs, we do this little hike, and um uh we found this before, and I just found something very interesting, and I thought I would show it to people.
	And it's uh it's a curious little bit of stuff, and let's see if we can get this and show it here.
	Here is a sand dollar enclosed in this rocky thing, right?
	And we see the rock bits grasping hold, so it's kind of fused, it's starting to fossilize.
	You can see the little bits of the fossilization start to occur as the material in the sand dollar and the other stuff really fuse and so on.
	But the real point of all of that is this right there.
	That is a 50 caliber explosive-headed anti-aircraft round.
	Fused in with all of this.
	This is the the stuff, this is the stuff we've got that the Navy dumped off our um our beach out here.
	Um, you know, at the I think it was the end of World War, uh, the end of the Korean War, but this was World War II ammo that had uh was not used in Korea, that kind of thing.
	Something along those lines so we still keep finding it out here.
	I'm gonna be very gentle with this, but uh because it is potentially explosive.
	We've had a couple of them blow up.
	Um the idiots thought it was coal and they threw it into a fire.
	Um its its uh anyway I mean really yeah well I don't know they should know but I I don't know why they should know or how they should know but they should know.

▲