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Nov. 13, 2021 - Clif High
15:35
yielding woo - Explorers' Guide to SciFi World

woo - software = cryptos

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Hello humans.
I'll shut the machine off here.
Hello humans.
Okay.
Oops.
All right.
So quick video.
It's cold out here and we've had storms and I've got to fix a tire and shift a bunch of stuff outside.
I'm going to get to it fairly quick.
But I needed to talk about some interesting changes that are happening in our WooScape.
So this is all about yield and yielding.
And our underlying firmament that we used to take as firm is shifting in a number of different significant areas.
So let's start with La Palma.
I just want to get these two things done here.
In La Palma, you know, the volcano, if you see the pictures of the thing, you see these earthquakes all laying out in a grid pattern at the southern end of the island and everybody's going batshit and they're thinking that all the low information people, low-tech people, are thinking that that's a controlled, you know, earthquake demolition of the island and somebody's zapping the island from space or whatever, right?
It's software.
As you go down in the software, so if you look at the software, if you pull back from the island and it just displays all the earthquakes as one big red blob, as you go down in layers, it has to separate them out because it's going through and identifying individual earthquakes, whereas up here it's just aggregating around the largest.
So it's a display issue on the software.
It's not happening in reality.
It's only happening, only happening within the software for the display, right?
So this is part of the WOO.
You have to understand that anything you see through these machines, and ultimately, you know, maybe 20 years from now, I'll be manipulated, just, I'll be dead and manipulated even though the, because the video is available and people will be able to do that at that point, right?
So everything you see through these machines is controlled by software at so many levels.
So you have to understand nothing you see should be taken as an accurate representation of reality unless there's, you know, especially if there's anything that would indicate that this is an anomaly.
So whenever you see an anomaly show up on any of these charts or graphs or SOHO or webcams or any of this shit, suspect the technology first, not the anomaly, not the supposed event, okay?
Suspect that the technology is deceiving you just because of how it has to be programmed.
And that's what we're going to talk about here real quick.
This is all about Bitcoin, actually, and changes in the crypto world.
Anyway, so that's La Palma, right?
So no, the earthquakes are not happening in a grid and no one's zapping the island with deep space weapons in order to create that effect.
It's a happenstance of the way in which the guys wrote the software and what they had to do to display it, given the parameters that they have to display against, right?
Now, the next one is this 10-kilometer thing.
So you see lots of people saying, ooh, we've had all these earthquakes at 10 kilometers all over the planet.
There's a bunch over here and there's a bunch over there and there's bunches over here.
And they're destroying the Dums.
They're clearing out the tunnels under the ground where trillions and trillions of captured people are hidden by space aliens and all these other fuckers, right?
Okay, so here's the thing.
Again, it's a software.
The default is six miles underground, 10 kilometers approximately.
Okay, so if the seismograph cannot determine to within a specific percentage degree of accuracy as to where that earthquake occurred, it will default and say it occurred at 10 kilometers.
If it happens so rapidly that it can only get this, what's known as a one-hit S calculation, it'll always default to 10 kilometers because the software knows that that little earthquake hit so fast and the amount that it impacted on the seismograph is within the range of error of the machinery itself, of the sensors themselves.
That being the case, you can't take whatever appeared because some of these really hard, quick earthquakes very close to the surface can hit a seismograph just right and it'll make the thing think that it's about you know 30 miles down and it's huge.
But because it's within the error range of the sensors.
And so the sensors have an impact error range and a duration error range.
And it has so they actually do a little bit of the algorithms do a little bit of impact versus duration and they plot in here and there's a sweet spot and anything in that sweet spot is within the error range of the machine and thus it is automatically defaulted to 10 kilometers because they didn't want to have in you know known inaccuracies in the in the reporting of the data.
Okay, so so that that eliminates that one.
Okay, so now the next thing here is Bitcoin and all cryptos.
All right, so something's happening this week, this weekend.
All right, don't get ill.
There we go.
Okay, so something's happening this weekend, which is that we're going to cross this block sometime in the period this weekend.
May have already happened, I don't know.
But on this block in the BTC blockchain, there's going to be taproot applied.
And this will be on the blockchain forever after.
Okay, and so with this block, we get Taproot.
Now, Taproot's been in development for like, well, four years solidly at least.
And it predates the development of Taproot predates all that.
It goes back to like almost to the inception of Bitcoin.
Taproot is being applied to the blockchain.
So we have a situation where all of the blocks that have ever been processed up to this block here do not have this extra layer of software.
Thereafter, all of these blocks that are going to be processed will have Taproot applied.
And it'll just be part of the functioning of Bitcoin from this point on.
Taproot is a significant, significant improvement, all right, to the Bitcoin protocol, okay, to the protocol underneath the Bitcoin as a both as a blockchain and as a cryptocurrency.
So the technology underneath there now has Taproot, which is going to give it these things.
It doesn't make any difference to you.
They're snorers.
It's a signature type.
Patented, but I won't go into that.
But in any event, so we're going to get SNORE signatures.
We're going to get multi-sig capability.
This is significant in reducing the fees, reducing the processing and speeding efficiency and adding capabilities to the blockchain without affecting the continuity of the blockchain itself here because all of this stuff is going to be resonant within Taproot, which has its own protection layers.
And so one of the failings in many people's understanding of Bitcoin was that all throughout Bitcoin's history, in all of these blocks back here, there was this 80-byte space.
And some people put, you know, weird, You can actually make it expand any amount of bytes, but there's this particular 80-byte space that is used in the processing of the blockchain itself that people just bitched, programmers just bitched and bitched and bitched.
Like, well, why didn't you have that able to loop?
And that was a security feature.
You know, it protects Bitcoin blockchain because you can't have infinite looping and all these other low-level hacks on it, right?
And the processing on the Bitcoin script was one pass, and that was it.
And error correction was minimal because you had to get the fucker right because it disturbed the security aspect of the blockchain, the consensus aspect.
So it was always a big problem for the people in blockchain because it was basically what's known as fall-through or cascade-through programming.
And thus, you did not have smart contracts, you didn't have self-aware scripts in your programs, this kind of thing, the way Ethereum does, right?
The way many of the other cryptocurrencies now do.
So, Taproot solves the problem that was built into Bitcoin in order to guarantee the consensus and the security, which was this one pass-through, no looping.
All right.
Now, in Taproot, you have the ability to process smart contracts and do looping and program and do all of this kind of stuff, multi-signature.
You can spread payments.
You can do automatic payments.
So, it'd be just beautiful for setting up the multi-signature thing can be used on two different ways.
And it has a really cool aspect.
Okay.
One of the aspects is you can have a number that is your collective, your collective private key, a collective private key, and yet all of the keys are separate and protected, and so on.
And the beauty of it is that the way in which it's worked, you can actually provide extra layers on that to the security in a human-to-human fashion.
So, I can now engineer a Bitcoin transaction where I could provide, I could sit here in Washington State on the coast of Washington, and I could do a deal with someone and I could send them some Bitcoin and put it into an account, give them the account number, give them the master private key to it so that they theoretically could access it.
But I would do something to that key that would prevent them from accessing it, and that doing something would be the subtraction of some unknown number from that key, right?
And so, say the key number was I won't put it right there, get confusing, 93871819 something, right?
And I could just decide arbitrarily, let's just cut it off right there, and let's just say that I arbitrarily decide to subtract 819 from this number, yielding 93871000.
My guy that I give this number to, the only thing that he can determine is that there is some number subtracted from that key that prevents him from accessing the next stage of acquiring that deal.
So, I could then, if I wanted to, I could fly across the country without having any cash or anything in with me and buy a property somewhere, simply show up and say, yep, yep, you didn't lie to me.
It's just like the pictures, or say, okay, so here's the number 819, close the deal right now.
And we could.
We could close the deal right now, transfer it because I would have my eyes on.
So, this allows you to do those kind of things.
This allows you to put in, this is a trivial example, but it allows you to put in qualifiers and activity qualifiers to Bitcoin and in the Bitcoin smart contracts as well.
No big deal.
It's just like simple, just really built in.
So, this is going to change the whole cryptocurrency landscape.
I've got to get in and make some, change my dough from proof into some baguettes.
I'll get into that in another video here, but stuff.
But anyway, so this is going to change the whole Bitcoin landscape.
This is going to really boost Reggie Middleton's DeFi patents because he was working way back when on Bitcoin and all of this stuff and was frustrated because there was not the technical capacity within Bitcoin.
And so, he predated Ethereum by a number of years with all of the thinking, right?
So, he's got all these patents and so forth and thinking about it.
But now, Taproot changes the whole cryptocurrency landscape.
There was a time when I was telling people we're going to get to an area in space-time here where many cryptos would fail, would die.
All right.
And we're at that point now.
And many of them will be dying because Bitcoin now has Taproot.
This is the nature of the Woo, guys.
Software controls everything.
Software yields, though.
It not only yields product in the way that a ground could grow a corn crop for you and yield, but it also yields.
It also gives way.
And so Bitcoin, in one sense, could be thought of as yielding to the demands that it needed to be more robust and have these other capabilities.
Because software is malleable.
You just change it and off it goes.
So if someone invents something in one coin, unless they can put in a mechanism that can't be duplicated because of some level of strategic thought, then it will be duplicated everywhere in some form sooner or later.
And so our software, our WOU, is yielding under the impact of the software and is changing.
And our cryptocurrency landscape is changing over these next few months as Taproot takes effect and starts pulling in nutrients into the Bitcoin blockchain.
So you'll see fees go down, you'll see speed increase, you'll see a massive amount of capability, and you'll see a lot of people that will be piling on to build smart contracts and some multi-signature contracts.
So as I was saying, I could very easily create a multi-signature contract if I had 100 employees or 100,000 set up an account and pay people through Bitcoin with a multi-signature smart contract.
And it'd be just really simple.
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