Speaker 1: All right, welcome to six year agenda.
Speaker 2: How we doing tonight? Happy Sunday.
Speaker 1: For everybody who's joining me live, Welcome and thanks for joining.
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platform you're on, unless you're on Apple. Apple kind of sucks.
They don't really have any options there, but I'll work
on getting that over there for you guys. Other than that,
we've got a banger tonight, a live show. It's going
to be about cell membrane computing. It's probably a term
not many people have had heard. I just heard it recently,
but it makes sense whenever you get into it, like,
oh okay, I've heard a lot about this but not
understanding what it was. So yeah, it's really crazy. It's
gonna be awesome. I'm excited for this one. So we
had our breakdown of the MK Ultra hearing the other day.
I'll be releasing that later. That's under the membership archive
right now. Isaac wisop episode. I just did pop what
is it? Pop Culture and Occult pop Culture? I was
on there and yeah, it was a great time.
Speaker 2: Dude. We got into a deep dive.
Speaker 1: It had to be short, so I had to fit
a lot into an hour, but it was a good time.
Speaker 2: Cell membrane computing is a crazy topic.
Speaker 1: It's it's all encompassing with everything that we've been hearing about,
and it's kind of crazy.
Speaker 2: Whenever you start typing in.
Speaker 1: The actual name of things, you start getting the answers
that people have said was a conspiracy theory all along.
So you'll see what I mean as we get into it.
Speaker 2: But I'm very excited.
Speaker 1: I just did an episode with Nugget News today so
that I'll be coming out soon, so be on the
lookout for that. So very exciting stuff. I hope everybody
enjoyed their Fourth of July. They were going crazy here
it was. You know, I live in Missouri. I've said
that before. I looked it up yesterday.
Speaker 2: Missouri is the number one user of fireworks and I
shit you not.
Speaker 1: It sounds like a war is going off for five
six hours, eight hours every year everywhere in the area.
It's crazy, but yeah, it was a good time. Welcome in, Jeff,
you made it on time. That's awesome. Nephunter, thank you.
Smash that light button. Everybody that's here, and if you're
watching in the free archive then you got ads and everything,
thank you.
Speaker 2: It helps a.
Speaker 1: Lot just skip past them, but otherwise join up. Welcome in, Mike,
Welcome in Jeezy, and neph Hunter. Everyone still have all
their fingers from this weekend.
Speaker 2: I do. Luckily I need them for work. Still.
Speaker 1: One day maybe I'll just need my brain just do this.
I'll still need my fingers though. So anyway, man, some
membrane computing. I kind of stumbled along this as I
was looking into what that Coca Cola conspiracy was. Has
anybody seen that Coca Cola conspiracy. I think it came
out first. I first saw it in twenty twenty around COVID,
and it was that whole thing about people finding like
fluorescent nanobots in side of Coca cola, right, And at
the time, you know, it just sounds crazy.
Speaker 2: No way, Well, time goes on and they're actually had.
Speaker 1: There's some weight to this theory, and so we're gonna
get into that. And not only that, but we're gonna
get into what is it like, what is this thing
that's inside of Coca Cola's products? And so as we
get into that, we'll find Epstein ties. We're gonna find
a lot of vocabulary nonsense that we have to work
through to get to the answer of things, because that's
the way all this science shit works. These science techno feudalists.
They make it really hard to understand what they're trying
to do. But don't worry, we're gonna break it down.
Nanotechnology in it, yep, that's what it was. They had
that nanotech. So here is a we're gonna start off
with this. So this is recent, okay, but it's so funny.
This guy actually that put this out two thousand and four. Dude,
look at this two thousand and four. This guy first
put out pepsi having this going on? I think, why
does that say two thousand and four, oh, twenty twenty four,
I'm like dyslexic.
Speaker 2: So this guy two years ago was talking about this.
Speaker 1: All right, so let's check this out. Now, this is
a new deal that Microsoft just did. Now remember who
has the patent for the six six six patent is Microsoft.
That is a Microsoft patent, and that is the one
where you can't get paid unless you do what you're
supposed to do as far as meeting the conditions. And
you have sensors inside your body that check you. Well,
this could be how they get it in you, besides vaccines.
Speaker 2: Right, guys, you can't make this shit up, man.
Speaker 3: So Bill Gates inks a billion dollar deal with Coca
Cola and we find.
Speaker 2: Out that Coke. I'm not playing that, dude.
Speaker 1: They got they got music playing in the background.
Speaker 2: Come on here, we'll play this one.
Speaker 4: Signed a five. Coca Cola just signed a five year,
one point one billion dollar deal with Microsoft for use
of their cloud computing and artificial intelligence services. Five years ago,
it was discovered that there were fluorescent nanoparticles in Coca Cola. Now,
if I were a conspiracy theorist, I might think there
were more to this partnership.
Speaker 2: Now she's talking about.
Speaker 1: She's talking about the fluorescent nanoparticles that were found inside
of it. And I can show you here. Let's look
this up. Fluorescent nanoparticles. Here we go in Coca Cola.
So we got oh, here I'll go back to this one.
This one's little well, Taylor Francis is one right here.
Fluorescent nanoparticles present in coca cola and pepsi physiochemical properties, idotoxicity, biodistribution,
and digestion studies. But look at this food borne nanoparticles
nps and as you get in here it starts talking
about SP three's maybe it doesn't. So I started looking
into what this is here.
Speaker 2: It is here.
Speaker 1: It is the presence of SP three hybridized carbon atoms
of alcohols and ether bonds were confirmed by NMR analysis.
Speaker 2: Okay, so they confirmed that this was inside of there.
Speaker 1: So I was like, okay, what is an SP three
hybridized carbon atom?
Speaker 2: Right? What is that?
Speaker 1: Well, let me go ahead and pull that up. Hold on,
I got to share this other screen here. So there
it is kind of grapheneoxide, but it's not. So that's
the weird thing here. So we're going to look at,
first of all, did covid have SP three carbon atoms
in them? Okay, because we need to know did it
have hybridized carbon atoms because this is the whole conspiracy
theory about COVID vaccines and them having grapheneoxide inside of
covid vaccines. Well technically they didn't have grapheneoxide in covid vaccines,
but I'll explain to you how that's them playing with words.
As I explained earlier, it's a lot of wordplay here.
So yes, covid vaccines contain countless SP three hybridized carbon
atoms because they are constructed using standard organic biological molecules.
Every organic compound fat, sugar, and nucleic acid relies heavily
on SP three carbon bonding.
Speaker 2: But they use those in cell.
Speaker 1: Membrane computing as well, so we're gonna get into that.
So lipids, nucleic acids mRNA vaccines they include, sorry it's
getting a little crazy here, nucleic acids mRNAs. The messenger
ina itself includes a sugar phosphate backbone. So see they
try to say it's almost like a natural thing, but
it's not, because it's in in our RNA vaccines, the
messenger vaccines, which are causing problems with people. And as
I'll show you, that is because of this, I think
the membrane computing, and we'll get.
Speaker 2: Into what that is itself as well.
Speaker 1: But here, what is the difference between graphine oxide and
SP three nanoparticles, because if you look up as graphine
oxide and COVID vaccines, it says no. But graphine oxide
is SP two hybridized carbon atoms.
Speaker 2: So it's just one little difference.
Speaker 1: So let me pull this up here, all right, So
graphinoxide is a two D material containing a mixture of
carbon atom. That was wild, all right, my apologies? All right,
Well I'm gonna have to edit that out, aren't I?
Speaker 2: Where were we? Uh? Well that really sucks. We lost everybody?
Speaker 1: Well that's okay, all right, So I guess I gotta
watch what I'm what I'm.
Speaker 2: Saying here, don't I? Guys?
Speaker 1: Fucking hole, the whole electric went out, the whole house.
I was sitting here just looking at this laptop like, damn, yeah,
lost lost the good amount of people, didn't not, Jeff.
It's all right, though. We will just work our way
back in. It is what it is. What can we do?
So I was talking about what the difference is between
SP two and SP three hybridized carbon atoms are s
P two is grapheneoxide and SP three is what we're
finding in all of this stuff. And so we're gonna
look at the difference between the two and try to
figure out what this has to do with cell membrane computing. So,
graphinoxide is a two D material. It contains a mixture
of carbon atom types SP three describe it's the geometric
bonding state of an individual carbon atom. Do you see
how there's only the difference in the geometric bonding.
Speaker 2: State is the only difference here.
Speaker 1: So during the oxidation state of graphi SP two carbon
atoms convert to SP three as they bind with oxygen,
causing structural distortions and insulating properties. So there's not much
of a difference, do you see. So they're playing with
words a little bit in my opinion here when they
say that there's no graphinoxide in inside of COVID vaccines,
because clearly why I'm not saying all the keywords here,
but clearly there is something going on here. So let's
look at here we go. This one explains it really well.
How close are the two together to each other? Well,
if you look at it, one of them is just
a triangular it says here. One of them is the
trapezoidal and one of them is triangular, So you have
the bond angles is what makes the difference. So and
SP three carbon features a tetrahedral geometry with bonded angles
of one hundred and nine point five degrees, whereas SP
two carbon features a trigonal planar geometry, so it's more
two D. It's flat with bond angles of one hundred
and twenty degrees. Crazy chemistry. Shit, I don't think there's
too much of a difference here. That we're again splitting hairs.
So it is essentially the same structure. And so this
hybridized carbon atom is what's being used inside of cell
membrane computing. So I'm just explaining like what it is
before we get into and how it's related to graphenoxide,
before we get into what cell membrane computing is itself,
because they both. You have to understand what one is
to understand how it interacts with cell me with the
computing aspect. So it's a little nerdy, but we're gonna
do it all right. So, man, I can't believe my
power went out. That was crazy. It went out and
came right back on. They were trying to fuck with
your boy. I'm telling you. SP two hybridization involves the
mixing of one s orbital and two p orbitals to
form three equivalent hybrid orbitals, whatever the fuck that means.
Speaker 2: SP three hybridization.
Speaker 1: Mixes one S orbit with three P orbitals, So one
uses one, the other uses two, the other uses or
one uses one the other uses one, and then one
uses two p's and the other uses three, and it
forms four equivalent hybrid orbitals. So it's just chemistry bonds
of elements and shit. But it seems to me that
obviously there's a little bit of a difference, but not much.
So this is what they're using inside of like the
Coca cola.
Speaker 2: This is what they're using.
Speaker 1: Inside of the RNA vaccines and everything else. As we saw,
there's multitudes of SP three hybridized carbon atoms inside of
COVID vaccinations. So this is what they're using for the
cell membrane computing, which we're gonna get into. Epstein funded it.
We've seen Bill Gates emails with Epstein talking about pandemics,
and you know, it's funny that Bill Gates was the
front runner. So clearly there is something going on here.
Let me pull this up here. There's gonna be a
lot of share share and takedown going on. But all right,
so this kind of explains the structure of what we're
talking about. So scientists teach human cells to compute like
their tiny computers. Scientists at a Hebrew University of Jerusalem.
It's always in Israel. You know what I'm saying. I
didn't say. I didn't type this out. They've engineered human
cells to perform computations and make decisions using synthetic gene circuits.
So instead of relying on complex, multi layer genetic pathways,
the new system uses RNA transplicing and engineered regulatory elements
to produce multiple biological signals. And so researchers have demonstrated
cellular versions of computer components, so they include a binary
full adder and signal multiplexer. I'm going to explain how
all this works in a second. The technology could enable
programmable therapeutic cells that detect specific disease signatures and release
treatments only when needed, or it could be used for
nefarious purposes in the same way, potentially improving precision therapies
for cancer and other diseases.
Speaker 2: So this is kind of the idea.
Speaker 1: So I will explain what cell member and computing is,
and I'll go ahead and leave this picture up here
while I get into what cell membrane computing is. So
hold on here, let me pull this up. Everything I
all messed up when my power went up. I had
everything all pulled up. Okay, crazy man, they try to
get your boy.
Speaker 2: Okay.
Speaker 1: So the cell membrane, you can think of it like
a phone screen, right. It doesn't protect what's inside, but
it also can decide what gets in and out of it.
The cell membrane decides what gets in and out of
the cell. It receives signals from the outside of the cell,
and it can send information to the inside of the cell.
So clearly somebody realized, what if we could use billions
of living cells like billions of tiny computers. The basic
idea behind cell membrane computing is that cells already process information,
so they already make decisions like is there enough sugar nearby?
Should I divide myself? Am I under attacked? Should I
make proteins?
Speaker 2: Et cetera. That is what your cells do.
Speaker 1: I mean, I'm sure you guys, a lot of you
may remember this from science class, but we obviously need
a little bit of a recap here to understand what
it is that they're doing. So they're kind of like
Wi Fi antennas, right, the signal can come in a
receptor to text it, and then the cell processes that
and the cell response, and the membrane can act like
a kind of like a gate for logic. So if
this happens, then I need to do this, and so
they can hijack this. The whole idea is they want
to hijack your whole system here. So cells do the
same thing as computing. So like insulin is present, glucose
is high, then they open the glucose channels. So it's
biological software that they're creating and hacking into. That they're
hacking into rather so you don't anyway, they're trying to
write biological programs for your cell. That way, if you could,
if it de texts, can it could produce a drug,
or if inflammation is detected, it can turn off a
gene that might be producing that inflammation. Sounds great, you know,
sounds like we're playing god a little bit, but it
sounds good.
Speaker 2: The reason why it's.
Speaker 1: Called computing, of course, is as I said, it's taking
information in processing it and then producing an output, which
is what a cell membrane does, just like a calculator
your brain, you know, what I mean cell computes. So
instead of a silicon chip, they want to produce proteins, ions,
DNA receptors, and cell membranes. You know, with their technology,
they want to be able to hijack all that. Researchers
are increasingly using AI to design biological systems, so AI
can predict how proteins fold, how receptors respond, and what
DNA sequences will create desired behaviors. So they don't program
the code. Scientists are trying to program the cells. So yeah,
people are getting concerned a little bit because of course,
well we'll go with why people like it. Of course
you have the smart drug deliveries, artificial organs that you
can do with this, tissue repairs and better cancer treatments.
Speaker 2: As I mentioned.
Speaker 1: But of course me and others speculate how this turns
into a networked biological system. And a highly networked biological
system is something we're going to get into in a minute.
But it takes smart dust, the cell membrane, computing, all
the stuff we went into, and this creates this hybridized
i'm sorry, highly networked biodigital system. It's a little speculative now,
but I think that we can see kind of the
writing on the wall that that's what they're building. So
imagine that an entire city. Every house is a cell,
every front door is a membrane, and every as a receptor.
So every homeowner follows instructions.
Speaker 2: When someone rings.
Speaker 1: So if you rewrite the instructions in every house to
be like when the mail arrives, bring it inside, right,
et cetera, so you can start telling the cells what
to start doing whenever certain things happen. This can be
done for good or bad, obviously, So we're going to
get down to a little bit of highly networked biological systems.
So this is the idea that instead of looking at
cells as isolated units, you think of all the cells
as nodes in a giant communication network. So this is
what I've been trying to explain that they're trying to
do this with people. Every person is going to be
like these cells, where each person will be a node.
It'll be micro kind of fractal where it grows, and
that's kind of how they're trying to create this. It's
a replication of what God's creation is, which is fractal
in nature, and so they're trying to replicate the fractality
of the universe that we live in digitally, so similar
computers connected to the internet.
Speaker 2: Some of your biology is connected with each other. So
let's see here. Your body's already a biological network.
Speaker 1: Of course, your body is constantly sending information through several systems,
your nervous system, hormones, immune system. Your cells are involved
in all this with talking to itself to send signals
for whatever it might need, sell to sell communication where
neighboring cells exchange information directly through structures like gap junctions
or by releasing signaling molecules. So anyway they want to
engineer a network, they're exploring ways to make a biological
system that's more programmable, where they can engineer immune cells
to detect cancer, create cells to release insulin on when
glucose reach certain levels, and design tissues that respond collectively
to injury. This is the way for the transhumanist movement
to live forever and all that stuff. So bioelectronic interfaces
we talked about that a lot here, of course, is
an active research connecting all of this stuff together, which
is the brain, computer interfaces, the retinal implants, wearables, and implantables.
This creates the internet of things and Internet of bodies
and the Internet of bodies and Internet of things is
how we create this biodigital convergence, which is of course
when you become a node in the system, just like
your cells.
Speaker 2: Right, that fractal nature we talked about, it gets really
crazy and really weird.
Speaker 1: And I understand that this is like out there, But
at the same time, this is stuff that scientists have
been not even working on it.
Speaker 2: It's already in.
Speaker 1: Your Coca Cola, guys, like it's in your drink, it's
in your pepsig's in your coke. And think about what
they own, Hope and pepsi on so much shit that
it's in everything they own.
Speaker 2: So just keep that in mind.
Speaker 1: So, some researchers have imagined interconnected biological systems, like networks
of implanted medical devices communicating with each other, engineer itselves
that coordinate complex therapeutic responses throughout the whole body or
poisonings or attacks, Distributed biological sensors monitoring health in real time.
I mean, this could be great if it's monitored and
you know it's done right, but I doubt it will be.
So the collective intelligence hive mind, remote control of people
fully networked human consciousness is where this kind of could head.
There's no credible scientific evidence, of course, that today's technology
can remote control human thoughts or create a true hive mind. However,
we've seen that there is with mind wars. There's there's
a way to do that through social media, et cetera.
It gets easier. So let's talk about smart dust. How
to smart dust. We've done a show on that in
the past. Smart dust plays a role in this whole
system here that we're talking about. It's the idea of
creating extremely small sensors millimeters or micrometers in size, and
these can sense their environments light, pressure, temperature, chemicals, motion, everything,
and it can perform a little bit of computation. Of course,
it can have help with your cells to do you
know that does the rest, and it performs a small
amount of communication as well, and it can operate very
little power. So it's a tiny wireless sensor rather than
a miniature computer. And it's referred to as dust because
how tiny it is. And they just they just put
out a cloud out of it. Dude. They blanket everything
they want to blanket at all. They're like little weather stations,
is what you could think of them as so it distributes.
These sensors form a distributed network thousands of little weather stations.
So researchers have also explored whether tiny implantable ingestible sensors
like the smart pills. Of course, you have neuralink, you
have wearables, quantum dot vaccines and shit. This is sometimes
discussed under bioelectronics. Of course, implantable sensors or neural dust.
It's all being studied on using this on people to
monitor blood chemistry, can detect diseases, track heeling, et cetera.
So conceptually, people imagine three layers. Their cells processes the
biological information, the smart dust are implantable sensors collect measurements
from everything, and then external computers in AI analyze it
all in that information and potentially help guide medical decisions
or therapies. And of course, depending on who has control
of this, you know, is what matters. So so pretty
nuts this is cell membrane computing in a nutshell, and
they do want to create this biodigital convergence, and this
is how you would do it. You would get all
this in there and start computating sells. So we're going
to look at Now that we're done with the breakdown
of all the sciencey shit, we're gonna look at the
fun connections that we have with some of these people
in Epstein with creating this and all that stuff.
Speaker 2: I also want to show you that this is in
Coca Cola.
Speaker 1: The deal has been made with Microsoft, a billion dollar
deal for five years.
Speaker 2: They're going to be putting this in there.
Speaker 1: And again I said, the six six six patent wasn't
Microsoft patent, And it's interesting to me that they are
the ones doing the deal with Coca Cola, being that
the sensors and everything is how you would know if
somebody meets their conditions to receive the bitcoin, which is
what that patent is. Oh yeah, okay, so I did
show you this one already, but I'll show you one
more time here hold on. Still think it's important to
give you a glance at this. You should check it
out on your own time if you'd like. It's definitely interesting.
It's like, damn, those conspiracy theorists always are right, aren't they?
Speaker 2: Dude?
Speaker 1: Five years later you find a study that proves them
right every time. Fluorescent nantoparticles present in coca cola and
pepsi cola. And again this is where it talks about
the sp three hybridized carbon atoms that are inside of
it taken up into living cells and accumulate within cell
membrane in cytoplasm, can get up into your blood brain barrier.
Look here, they were able to cross the blood brain
barrier and be dispersed into the brain. You see significant
fluorescence quenching of NPCs. Now, I think the fluorescence of it.
If I'm not mistaken, there is Lucif there was like
a lucifer fluorescent fluorescent creation that they made, I don't know.
We're gonna see what we can find here. There's something
that was like called like lucifer something or luminous something,
and it was pretty much what we're talking about right here,
which is these little hybridized cells. So pretty crazy. And
now we're gonna get into let's see here what we
had with. Look at a little Wikipedia outline and what
cell membrane computing is.
Speaker 2: I just gave a pretty decent breakdown.
Speaker 1: I feel like of it best you're gonna probably get
because this is pretty hard. It's just fucking it's hard
to understand computer science that seeks to discover new computational
models from the study of biological cells, particularly of cell membranes.
It is the subtask of creating a cellular model. Membrane
computing deals with distributed and parallel computing or computing models.
See it's not even explaining it hijacks the messaging of it.
Speaker 2: This is the messenger RNA. This is how it works.
Speaker 1: So mRNA vaccines and everything, we've seen that they aren't
really the best. And so again I wouldn't put all
your eggs in this basket here for this technology. So,
like cells communicating with each other in their environment, membrane
computing networks shared data through localized compartment rather than relying
on one central processor. So it can of course simulate
and predict the behavior of living cells, metabolic processes, and tissues.
So in the Epstein files you'll find computing imitating cells
to interrogate for faster computing computational processing.
Speaker 2: This is something that's said.
Speaker 1: In the Epstein files, you'll find computation imitating cells to
integrate for faster computational processing.
Speaker 2: So there's a diagram here that was sent over to Epstein.
Speaker 1: There was a book and later on Epstein's emailing somebody
about this diagram. Okay, and it's pretty interesting because you
see that it's in the Epstein files and it's just
a book somebody sent him, so.
Speaker 2: You don't know how interested he is.
Speaker 1: But then later he's referring to it, so then you're like, oh, okay,
he definitely read this book. Lucid frese. Thank you, thank you,
thank you. Let me go ahead and pull that up.
So that was what it was called. There was this
what I mentioned a minute ago, that luminous stuff that
they were using luciferrays.
Speaker 2: One second.
Speaker 1: Here, it's an enzyme that catalyzes the oxidation of lucifern a,
causing it to produce a visible glow. So I think
lucifrase is used with SP three. Let's see here carbon atoms.
Alrighty well, not getting much out of that. Let's see
is lucifrase used with this stuff here? Let me put
this up so you guys can see. All right, there
you go, Thanks for your patience. It's been a weird
one today, hadn't it?
Speaker 2: All right?
Speaker 1: So lucifrase, let me go and pull that up first.
This is an enzyme that catalyzes the oxidive oxidation of
lucifern What a weird name. Lucifern generic term for the
class of oxidative enzymes that produce bioaluminescence and is usually
distinguished from photoproteins. So this guy invented the word lucifern
and lucifrase. This guy Raphael Dubois for the substrate and enzyme, respectively.
Both words are derived from the Latin word lucifer, meaning
light bearer.
Speaker 2: Of course, why wouldn't it be.
Speaker 1: So if I'm not mistaken, I believe that the oxidation
of the carbon atoms is what makes the difference between
SP three and SP two, and we kind of went
over that. So this is talking about the catalyzes the oxidation.
So I'm wondering if there's any connection there with these
two things. Let's see, is lucifrase used with SP three
carbonized atoms? Let's see here, all.
Speaker 2: Right, so luciferse Well, of course it doesn't, but.
Speaker 1: That's crazy, Okay, So let's try this. Is SP three
hybridized atoms used with this lucifrase. Shit, oh man, are
you guys enjoying this dumb ass over here trying to type?
Speaker 2: Yes, look at that? See how it did that? Guys?
Speaker 1: Yes, SP three hybridized carbon atoms are involved in lucifrase enzymes.
Look at this, guys, I want to show you this.
This is why get pissed off whenever I look things up,
because it's it plays these games with you.
Speaker 2: Watch.
Speaker 1: Okay, So lucifrase does not specifically require SP three hybridized
atoms for its function. However, SP three atoms are involved
in lucifhrase atoms.
Speaker 2: Yes, so you see they are connected.
Speaker 1: So this glowing of the SP three carbonized atoms is
because of those lucifrays. So they're literally using a substance
to oxidize it that derives its words or name from Lucifer.
I mean, you can't even make this shit up, dude.
It's insane. So that's that's just crazy.
Speaker 2: Though.
Speaker 1: Hey we got to the answer though. I know I
was a little stumbley, but I mean, come on, that
was worth it, wasn't it. That's some crazy shit. Yeah,
whoa use the name to troll the notary public in Moscow,
Idaho that legally changed his name to Lucifer morning Star.
Oh wow, here, your name's Lucy morning Star.
Speaker 2: Look at you. It's ironic.
Speaker 1: Okay, So we've got this book that was sent to
Epstein in the Epstein files, right, and this book here
just kind of talks all about sell membrane computing. Introduction
to membrane computing. Who is this guy, Let's find out
who George Plan is. Let's see nineteen fifty. He's a
computer scientist from Romania, prominent for work on membrane computing
in the P systems.
Speaker 2: Now, remember the P systems.
Speaker 1: Was the three p's that were used inside of the
hybridized carbon atom, the three p's. It's talking about the
P systems, same thing. So he dealt with a lot
with this technology. And his book is inside the Epstein
files for Romanian Academy of mathematic So the definition of
membrane computing is an area of computer science aiming to
abstract computing ideas from models from the structure and the
functioning of living cells. So the P system, this membrane system,
it's called the P system. So they've given like nicknames
and certain things. You have to go back and look,
so if you read this book, you'd understand what they're
doing to ourselves. I think maybe we should do this
sometime and kind of get down into this because this
is crazy. The last observation, as well as rapid development
and enlargement of the research in this area make impossible
short and faithful presentation of membrane computing.
Speaker 2: This is a long time ago.
Speaker 1: Though, so back then they didn't quite have it down,
but they had all this information that it could work with.
Speaker 2: All right, let's see here, I'm trying to see here. Oh,
look at this.
Speaker 1: These neurons are not interpreted as cells with an internal
structural life, but as dots on a grid the simple
input output function. None of the domains considered the selves
itself as the main object to the research. In particular,
they're really researching DNA clearly, is what it seems that
they're saying.
Speaker 2: All right, so we'll have to look at this sometime.
But very crazy.
Speaker 1: So he's got this inside of the inside of here,
and then later on he's emailing somebody.
Speaker 2: Referencing this particular book.
Speaker 1: So I'll show you that right here where he was like,
oh have you looked into this cell membrane computing? So
he definitely was interested in it from this book that
he read or whatever.
Speaker 2: That somebody sent him.
Speaker 1: So here check this out, all right, So this is
from' free Epstein. I'm in Paris, we can try or
following week and better. This is a journal of membrane
computing and as many of the same diagrams as Martin's
stochastic games. Did he mean scholastic and if you did
scholastic or the games they used in school? Martin pointed
me to what I've been reading about. It very interesting
and is closely related to my chemical computation project. I
have also read about the plant communications, which is also fascinating. Ah.
So that's like the mycelium, how they connect and talk
to each other. You had that one guy going Joe
Rogan and talks all the time about it.
Speaker 2: I think his names like Michael Pollen.
Speaker 1: The information contained Okay, so yeah, so he's referencing cell
computing right there to somebody who's working on something similar.
Now again with the Romania thing, it's kind of weird,
the whole Romanian thing, because then after that you have
him talking about romania inside of here, which is like
the guy that was just talking about some membering computing
is from there, So let's.
Speaker 2: Check that out.
Speaker 1: It's like, huh, got some connections here, Okay, So Leslie Groth,
this lady testified that she had nothing to do with.
Speaker 2: Anything, and we're gonna look at her for a minute.
Two in a.
Speaker 1: Minute, Dear, Leslie, which people does he mean?
Speaker 2: Membrane computing?
Speaker 1: This is from Jeffrey requested I get the name of
university in Romania that you got the people from.
Speaker 2: Look at that?
Speaker 1: Look at that? Look at that. She said got the
people from. First of all, are they talking about like
trafficking people? Remember Romania is known for like human trafficking
with all Erica Kirk stuff, or at least like there's
a lot going on there with that. And then of
course he's talking about getting the people from Romania? And
then he he goes, is he talking about cell meming
membering computing?
Speaker 2: Are these people they're experimenting on?
Speaker 1: Is this just him saying, Oh, University of Romania is
where the book came from. So maybe I don't know,
but I think it's weird that in quotes got the
people from. I don't know what the hell that's supposed
to mean, but they're clearly talking about this cell member
and computing. Still crazy, So let's look at this chick
I just mentioned because she was like his right hand chick.
This late Leslie Groff, you may have heard about her
because she really was such an important figure in this
whole thing, as far as like in his life. All right,
I'll put this up here. Appreciate your research and sharing much.
No one is bringing out the stuff you are in
such a clear way. Thank you so much. I try
my best. I agree with that these people are crazy
rebel for Christ and game theory. Yeah, dude, who brings
up game theory all the time? Eric Weinstein?
Speaker 2: Almost every time I hear any of these.
Speaker 1: Guys going, Joe Rogan, these tech bros, they talk about
game theory. Maybe you should look at game theory and
see what that is, since everybody likes to talk about
it so much, all these cycle paths. Okay, So, Leslie Groff,
Jeffrey Epstein's longtime aid called to testify for Congress.
Speaker 2: Four months ago, and then four weeks ago.
Speaker 1: Connecticuts Leslie Groff, Epstein's longtime aid to testify before Congress
four weeks ago.
Speaker 2: Hmm, all right, let's look at that.
Speaker 1: Bring that up, stupid ass share screen here, Hold on
one second, all right, cool, Connecticut's Leslie Groff here she is, dude,
get this shit out of here. Okay, all right, Leslie
Groff answered questions for federal lawmakers from her former boss.
I'm trying to see there's some quotes from her from before.
Speaker 2: Oh, here we go.
Speaker 1: Groff was disgusted by Epstein's conduct and heartbroken for his victims.
US Attorney Office did not prosecute Leslie after she voluntarily
spoke with them, answering every question posed and demonstrates clearly
that she had no criminal involvement with Epstein.
Speaker 2: I just don't know, like got the people from.
Speaker 1: I guess she's saying, like where you got the people
from in Romania regarding this science research, etc. Either way,
that's interesting. So there's somebody else who emailed him named
Victorius Stodden, and Victoria Stadden was talking to him about
essentially this technology, and he was telling her how she
should look into it.
Speaker 2: And if you go look at her work.
Speaker 1: Since working or since this email, she has worked on
cell membrane computing. So this is like real shit that
they've been working on. Came from him to Jeffrey Epstein
from Victoria's dodding. I was back at my cardio class tonight,
not making any excuses, and the only two I missed
were last week when I was presenting at a conference
in Cambridge and when I was head a fever. Anyway,
I don't know what she's referring to, but she says, PS,
I think I may use membrane computing in my revamp
of scientific computing systems. Still working it out. Thanks for
the pointer. So we clearly gave her a pointer. Now
look at this two thousand and nine, and she said
in this at three am, Jesus talking about fitness. He's
talking about her fitness. Well, let's look at Victorias Dodden.
Huhorius Stodden. I see why he's talking. Worry about fitness.
It's not the hardest thing to look at.
Speaker 2: There is she interesting?
Speaker 1: So this lady had some membrane computing involvement.
Speaker 2: Let's see. I think she won some awards for it.
As a matter of fact, let's see.
Speaker 1: Here as she had professor in the Department of Industrial
and Systems Engineering at the University of Southern California, PhD
and statistics from Stanford, and a law degree from Stanford
as well. Magnet allowed, Okay, so there was something I
saw about membrane computing. She works on computer systems. I
know for a fact there was some proof membring computing
models at the issue in this. I always get different
Internet results whenever I look on here versus my phone.
So interesting. It's hard to find the same thing. I
had this thing with Nugget News earlier. I was I
had to type in every single keyword, and then finally
it came up after I typed in every single keyword.
So it's pretty fun. But she had some discoveries with AI.
Speaker 2: And membrane computing. Oh man, Yeah, she's a whatever.
Speaker 1: Okay, so let's see what else we got. So there's
a monopoly on marijuana, right with a lot of these
guys like Peter Thiele, George Soros. A lot of these
guys have a lot of money and weed in marijuana.
And one thing that's used in marijuana is nano particles
as well. They use in edibles. They used nanoparticles in
some of them, and I was trying to do some research.
I won't lie and say that like it's in there
the same ones we're talking about, but I would beware
because I've had a hard time finding it. Yes, but
at the same time, we don't know what kind of
nanoparticles there you using besides this SP three you know,
to do some of this activity I would imagine it's
not the only science behind it is the SP three stuff.
But we could look into some of the marijuana stuff,
because I am interested to see about that. One second. Here,
let me see if I could pull that up hold
on here, Oh, here we go. Okay, here, okay, let's
see nanoparticles in edibles. My buddy sent me a bag
of edibles he got and it said nanoparticles on him
and he was like, what is that green synthesized nanoparticles
in edibles. So nanoparticles are increasingly being utilized in edibles
for various purposes.
Speaker 2: Let's look at this, like, what the hell does that mean? Dude?
You know, why do you need to use those? So
let's find out.
Speaker 1: Because again the tech bros got their money in their
hands all inside of the nanoparticle I'm sorry, all inside
of the marijuana industry.
Speaker 2: They've monopolized.
Speaker 1: It made it to where only certain like big companies
like them can own all the farms and all the dispensaries.
And when you look into the Esslin stuff that I'll
be diving deeper into soon. This push from the intelligence
community for people to do drugs like psychedelics and marijuana
and everything and create the Soma effect on people where
they just kind of are drones in society and at
the same time use nanoparticles.
Speaker 2: To wire them up.
Speaker 1: As they do with the coca cola and everything else.
So we have plastic nanoparticles. Recent studies have shown that
plastic nanoparticles can be absorbed into edible parts of crops. Here,
let me see edible cannabis. Here, nanotechnology in cannabis. Look
at this nano technology in cannabis. Let me let me
see here they use the nanotechnology for rapid delivery systems
of the marijuana in edibles.
Speaker 2: Guys, I'm a pothead.
Speaker 1: Okay, I'm not like against weed, but this is fucking crazy, Like,
what are we doing?
Speaker 2: Efficient delivery and rapid effects.
Speaker 1: Nanotechnologies is a technology that has and will continue to
reshape industries from medicine to electronics. It's being poised to
revolutionize cannabis as well. By manipulating matter at the atomic
and molecular levels, scientists are unlocking properties and traditional materials
that traditional materials can't match.
Speaker 2: So what does this mean for cannabis.
Speaker 1: This means that the delivery for the absorption of cannabinoids
in the body. You are about to get a notable upgrade,
offering users faster effects and better bioavailability.
Speaker 2: At what cost?
Speaker 1: Is my question? How nanotech? Okay, but what nanotech are
we using here? Is it gonna explain that? Final thoughts?
Nanotech and cannabis. See how it doesn't even explain what
they're using. Let's see here what nanotech is used in cannabis.
Speaker 2: Edibles. Let's find out here.
Speaker 1: Nano emulsions, nano emulsion technology. See here, guys, what are
they using? So nano emulsions? It's really hard. You already
know that they're gonna give us some bullshit. I'm gonna
have to go and look deeper into this, but I'm
almost positive, guys. I mean nanotechnology, as we've discovered from
all this other nanotech is probably not a good thing
to have inside of your just saying I don't know
if they have emulsion technology. That is the SP three
stuff that I went over. But you know, eventually this
leads into wetwear. Okay, so this is something else I
want to talk about, wetwear computers that run off of
human cells, because that's where all this is leading to,
I think, is the idea of computers being ran off
of human cells is something that's being studied right now.
So I just think that that's that's an important aspect
of this as well. So let me pull that up.
That's where this is leading, of course. So let's look
at this little Instagram post here. Pull this up for you.
In two thousand and nine, Jeffrey Epstein was planning what
he called it Smart People's Symposium in West Palm Beach.
Speaker 2: Jeffrey Epstein will fund this.
Speaker 1: The planning documents are now public are jet Justice dot gov.
Speaker 2: It includes the preliminary guest list.
Speaker 1: The names on it go from came from Epstein personally.
George Pond is one of them. That's the guy from
the Membrane Computing book. I just pointed out to you
and Stuart Kaufman and anyone else that can find who
is into membrane computing? What is membrane computing? In ninety eight,
a Romanian computer scientist named George Pon, the guy who
got invited there, published a new theory. He called it
membrane computing. The idea was simple. Every living cell in
your body has a membrane. That membrane decides what gets
in and out and what stays out inside chemical reactions
happen in parallel, millions of compartments, all processing at once,
all communicating selectively.
Speaker 2: Pawn said, what if we.
Speaker 1: Build computers that work like that, not like a process
or running on instruction at a time, but like biology.
Speaker 2: And so Epstein invited these people.
Speaker 1: Jeff Hinton, the scientists widely called the godfather of deep learning.
We've got Seth Lloyd, a pioneer of quantum computing in
George Church, a Harvard geneticist behind synthetic biology, and of
course Peter Teel, Larry Page, la Musk, all the usual suspects.
And so these are people you know. Craig Vener, he
sequenced the human genome. So Christine Maxwells Gallaine's sister all there.
Seven years later, twenty sixteen, Epstein emailed Mark Novak at Harvard.
Novak ran to the or he ran the part program
rather for evolutionary dynamics. Epstein funded with millions, of course,
and the email says, I would suggest you invert invite
Gerd Jennen's Riser as well as George Ponn. Seven years
same time, same field, Epstein was personally tracking and promoting
the founder of membrane and computing across decades.
Speaker 2: He was trying to get this guy hooked up with
George Ponn.
Speaker 1: In twenty twenty two, an Australian company called corticol Labs.
Speaker 2: This is important.
Speaker 1: Corticoll Labs is connected with the wetwear that was trying
to explain to you a minute ago. They had grown
eight hundred thousand human brain cells on a silicon chip,
and this is the one they taught how to play Doom.
They taught it how to play video game named Pong
at first. These biological neurons on hardware learning in real time.
And of course they call this dish brain. I think
I've showed you guys this a long while ago. But
this is like when they taught these neurons on a
Peatrio dish how to play Doom. In twenty twenty five,
they were selling a commercial biological computer for thirty five
thousand dollars.
Speaker 2: Now, this is like the matrix, like the computers.
Speaker 1: Eat the people, and we were like a battery and
it's the whole thing.
Speaker 2: It's very odd.
Speaker 1: I don't know if it ends up like that, but
it's kind of the concept here. So these neurons were
plugged into a large language model generating text and biological impulses.
Cortical Labs did not invent the theory, but they publicly
implemented it. So corticoll Labs is a big, big one
to look at. Here. The Epstein files contain over three
million pages of documents. Journalists have reported extensively on names
from these files, on Epstein's fundings, of robot designer David Hanson,
who pitched to build a robo Epstein. They reported on
Ben Gertzel, I'm not a fan of him, from OpenCog
the AGI Toddler proposal, and they're reported on Harvard Revolutionary
Dynamics funding, Mark Novak, what is the AGI Toddler? What
the hell is the AGI Toddler? Ben Gertzel, what is
this AGI Toddler project? Humans Holler level AGI by twenty fifteen.
Speaker 2: Oh okay, so they.
Speaker 1: Wanted to get the AGI to be Toddler level by
twenty fifteen, demonstrated virtual war characters in humanoid robots, general
in te.
Speaker 2: Yeah, okay, okay, okay.
Speaker 1: So this open Cognition fund that was funded by Epstein
with Ben Gertzel. Ben Gurtzel's been on Joe Rogan a
little bit. So you got the smart here's all the
EFTA numbers. But yeah, dude, so this you know what
I mentioned earlier, the wetwear. The whole idea of like
using cells for computing, like as the computer itself is
the Cortical Lab stuff, right, And this is stuff that
I didn't quite understood understand at the time how it
all connected. But now I'm kind of it's I'm starting
to wrap my brain around it a little bit.
Speaker 2: And fuck, dude, this is crazy.
Speaker 1: So this is cort Call Labs, Australian based let's see here. Yeah, uh,
what the fuck is? This must be deleted?
Speaker 2: Okay.
Speaker 1: Cortical Labs, Australian biotech company based in Melbourne develops biological
computing systems.
Speaker 2: Han Wan Chong owns.
Speaker 1: It founded in twenty nineteen, gained international attention in twenty
twenty two. This was funded adjacently by Peter TiAl just
so you know. So Peter two had his hands in
this through the Teal Fund or whatever it was, the
founder's fund. So that's cordcoll Labs. So all this goes together,
wiring us up and plugging us in. This is the
whole idea of like singularity. Singularity is not about like AGI.
Necessarily it's about plugging us in. But yeah, the same
company now has now is involved with brain cells being
used as power to power data centers. So these brain
cells being used to power data centers is what they're
trying to do. And again that gets into this whole
idea of like the matrix, where we're used as a
battery for these machines, merging man with machine, empowering man
by machine. A symbiotic system ultimately could go pretty terribly
if you ask me. So, the sensors used to control
the body with five G technology, that patent that we've.
Speaker 2: Talked about a few times from the Rockefellers.
Speaker 1: Now it's starting to make sense what that patent really is,
right and what exactly they're doing with that pattern. It's this,
it's everything we've been talking about cell membrane computing, you know,
ultimately plugging us in.
Speaker 2: The Rockefeller University.
Speaker 1: Methods and compositions for remote control of cell function based
on the use of radio frequency waves to excite the nanoparticles, right,
the nanoparticles inside of there that we've been talking about
the whole time, these sp three hybridized carbon atoms, they
could be remote controllably functioned and messed with with radio
frequency waves. The nanoparticles may be applied to the target
cell extracellularly or expressed intracellularly. I think that they're like, yeah,
they're really taking this technology to the next level. But
these are the injected or genetically expressed inside cells to
remotely control cellular functions. Radio frequency waves heat the iron
cores of these nanoparticles. This activates temperature sensitive channels to
trigger calcium influx, and then it modulates gene expression, hormone
release such as insulin, neurofiring, and other cell behaviors non
invasively from a distance. This is why the importance of
like Internet of Things five G six grastructure with mRNA
having all this stuff put inside of your cells so
they can then start remote control, like messing with you, right, dude,
I mean this stuff, it's all the crazy conspiracy stuff
during COVID is one hundred percent coming true and it's
it's verifiable.
Speaker 2: There's nothing to even argue here.
Speaker 1: You know, this is again the patent Microsoft six six' six.
You know sensors all we've been describing this whole time.
Are these sensors in yourselves just like we described, you know,
they read your movement data, reading not only your body activity,
but also your state of mind, your emotions, how you feel, act, think,
your tissues, your organs, like how your heart's functioning.
Speaker 2: And then if you meet the criteria, then you can.
Speaker 1: Get some money, you know. And yeah, so let's look
at A X a little bit. I've got some other stuff.
Speaker 2: Here, but this is uh, some crazy shit.
Speaker 1: Man.
Speaker 2: Nobody's talking about this, you know.
Speaker 1: I mean, people are talking about it, but they're not
giving the full picture. So I appreciate whoever said you
know that they appreciate my research. I just want to
get out there with like, put the whole contextual picture
out there that nobody else seems to fully be doing.
Not that they are doing it on purpose, it's just
I don't see it being done. So let's talk a
little bit about some of these tabs I have. Now
that I've given you all the information I have regarding
all the studies and all the different stuff and findings,
we can look at some ex posts and different stuff
other people have found. I don't like to just do
a whole show just based off ex posts. When we're
doing deep dives, I'd like to show you all my
research and everything we get into, but I also like
to mix in some entertainment from X because it is entertainment.
Speaker 2: You know. There's a lot of true shit on here too, though.
Speaker 1: So your bottery the battery, right, this RODA nine one
one chick's pretty decent. Your body equals the battery, just
like I was just explaining, sensor plus the sensor node
in the smart city grid. So you're a node in
the smart city grid and a battery for this data
center or this whole system. DARPA's N three program develops
non surgical brain machine interfaces for high resolution neural read
write technology. Their new Generative Optogenetics GOO aims to aims
at nucleic acid compilers for light controlled DNA and RNA
writing inside cells.
Speaker 2: So let's look at this.
Speaker 1: Because this is the stuff I kind of talked about
the other day, the whole AI voice of skull technology
and the brain computer interfaces which is neuralink. And that's
the stuff Neuralink's doing. And I've been talking about all
this agnasium lately. But it's here, dude, and this is
something to hammer on, and you can't have all this information.
It's just coming out you know, nobody has all this information.
Speaker 2: It's just coming out. I don't, you don't. We're all
learning this together.
Speaker 1: Next Generation Non Surgical Neurotechnology from DARPA. The Next Generation
No Non Surgical N three program aims to develop high
performance by directional brain machine interfaces for able bodied service members.
Such interfaces would be enabled enabling technology for diverse national
security applications, control of unmanned aerial vehicles, cyber defense systems,
or teaming with computer systems to successfully multitask during complex
military missions. So most of the effective state of the
art neural interfaces require surgical implants. N three technology would
not require surgery and would be man made portable, thus
making the technology accessible to a far and wide, far
wider population of potential users. And invasive neural technologies such
as electro Oh shit, we're about to look this up.
Electro and cephalogram and cephalogram and transcranial direct current stimulation
already exist but do not offer the precision, signal resolution
and portability required for advanced applications. So they got the technology.
They need it smaller, they need it more where they
could actually use it. But again, it modulates light acoustics
and electromagnetic energies. So this is the end three technology
that she's talking about, and it converges with cern Palenteer
for six G for this digital twin, smart city, real
time bioreplica situation for healthcare and surveillance. Your body powers
it via energy harvesting thermopizo, tribo biofuel, and from heat
and motion and blood.
Speaker 2: That's why they want all these sensors and everything.
Speaker 1: It all conducts with each other, so your body will
really become the battery with this technic, with these cells,
I'm sorry, with these sensors and everything being involved with
with this. So we have conductive inks and printed electronics,
enable stretchable e skin sensors and bionic tattoos that harvest
energy while transmitting data. This is the innet Internet of things.
So yeah, man, there's a lot of this crazy shit
and she's got a lot of good studies.
Speaker 2: Here. I'll put this, try to put this little link
down there.
Speaker 1: What else we got here? Uh, we don't need to
go over these two. We already went over that all
right here. Okay, here, I'm gonna pull you guys up here. Yeah,
this shit's nuts, Okay, So sell membrane. A little bit
more about this and how it connects with the Internet
of Things bodies all that, Okay, human bodies as six
G terror hurts antennas in the Internet of Bio, nano things, eight,
Internet of Bodies, et cetera.
Speaker 2: Here reviewed science, patent.
Speaker 1: Academic papers, and public research from top institutions and researchers
talking about this terror Hertz technology with graphene based nanomaterials.
Speaker 2: That's what I've been explaining this whole time.
Speaker 1: Graphene based nanomaterials that is the SP three hybridized carbon atoms.
So this works with visible light communications of course, this
is the blue light aspect to everything wireless nanosensored networks,
and it's turning the human body into a node in
the global network, carvesting energy which senses data, transmitting it,
and of course interfacing with the brain and atomic systems
to everything that around to nine at one one just
was outlining as well. So there's a lot of people
finding this information as well. Here's some good stuff here.
You guys got to get these guys a follow So
let's go ahead and check this out.
Speaker 2: Hey see, thank you Corin.
Speaker 5: Whoops, hang on JPL six G vision, massive communication, and
the Internet of things nano and bionanothings invisible intelligence where
nanotechnology meets connectivity. The Internet of nanothings connects ultra small
sensors and actuators embedded in infrastructure, machinery, or even the
human body to existing networks with six G all the
terror Hurtz repeaters everywhere, including other bodies which do it naturally.
These devices. Remember now you're a note on the network
per Deloitte everything else engineering wise, so you're technically a
device too.
Speaker 2: I'm serious.
Speaker 5: In certain situations by the engineering will gather and share
data at unprecedented scale, creating a real time invisible intelligence.
And here's what we get.
Speaker 6: Well, I can't do it.
Speaker 1: Oh, it doesn't exist.
Speaker 5: There's no such thing as nanomeasurement end and it's just
an endless slew of crazy talk. And then they look
at us and go, well, you're crazy.
Speaker 2: You read.
Speaker 5: Well, thank you for that.
Speaker 2: I mean, it really does. Say.
Speaker 1: It's as self powered through harvesting, no batteries needed.
Speaker 2: It's harvesting the energy of everybody, the bile.
Speaker 1: It is the electromagnetic energy of everything that just kind
of self powers itself.
Speaker 2: And I believe that like electric cars work this way
as well.
Speaker 1: We're kind of self powers different systems within the car
based off just that one block battery right where it
can use some of that generated conductivity from some of
the energy of the electric into other areas. Same thing
that your body will be doing for the data centers,
et cetera. It all conducts, you know, works with itself.
So directed energy remains key suspect behind Havana syndrome. James
Giordano said that I thought that was interesting. I want
to bring that up because we all know about James Giordano.
I don't know how this got in here. I guess
because the DNA tampering shit.
Speaker 2: All right.
Speaker 1: So Brian Johnson spends two million a year thirty doctors
reversing age and now one hundred supplements a day follow
strict based diet plan, and now he just announced that
his stomach has an incurable disease. It's eating itself. So
these transhumanists are killing themselves trying to live forever, all right,
So Speaker Mike Johnson releasing Epstein files unredacted would put
national security at risk. Epstein was involved in Crisper and biohacking.
Now that's interesting. Because that's what we're kind of talking
about right here with everything.
Speaker 2: So let's check this out, all right.
Speaker 7: Number five national security concerns. Okay, the discharge requires the
Attorney General to release within thirty days quote classified information.
Speaker 2: To the maxim maximum extent possible.
Speaker 7: This ignores the principle that declassification should always rest and
always has rested with the agency that originated the intelligence
why so that they can protect their critical sources and methods.
It is incredibly dangerous to demand that the officials or
employees of the DOJ declassify materials that originated in other
agencies and intelligence agencies.
Speaker 2: All right, So he's saying that they should just be
able to cover up from themselves. It's crazy. Well, let's
look at this.
Speaker 1: Christopher funded by Jeffrey Epstein Broad Institute and Rocketry made
possible by Maxwell's father in law, who brought guy on
board that took it to China, and the guy was
Charles liber Charles Lieber was We'll look at that because.
Speaker 2: He's got to.
Speaker 1: He's the guy who went to China, was sharing a
lot of this information for all this with China like neuralink.
Speaker 2: Et cetera.
Speaker 1: So let's check this out look at this, So who
we got here? First contributions. He became known as the
father of Chinese rocketry, nicknamed the King of Rocketry. He's
recognized as one of the founding fathers of two Bombs
one Satellite. Nineteen fifty nine, Kwan was elected his academic
mission of the Chinese Academy of Science. All right, oh, okay,
so Jack Parsons, I get the connection here. So remember
how I mentioned how Jack Parsons had a picture with
this Roger Melina guy or Frank Molina. Rather, Frank Molina
was working with Jack Parrys real close and they have
pictures together. And so now Christine Maxwell is married to
this Roger Melina guy, right, which is the son of
Frank Malina who gave this stuff over to China in
the first place. So it's very interesting. You have all
this connection with Epstein and everybody else. It's really crazy.
Every single time with these guys, they're involved in everything.
So Crispher's less like molecular scissors and more like molecular malware.
But what does this have to do with the Chinese guy?
Let's find out, all right, So we got California and Berkeley.
Crisper I remember whenever Chrisper first, like they first came
out with some of this stuff. I think it was
like right around when COVID came out that you started
seeing a lot of stuff about Crisper. And I think
that the way that that all kind of came together,
Crisper and and COVID, how the messaging all kind of
came together. Looking back, it makes a lot of sense
now because it is one thing.
Speaker 2: The mRNA is Crisper. There's really no difference here.
Speaker 1: So it's like we didn't even know that we were
taking these vaccines, not me, but other people, and we
were doing Crisper on ourselves without even knowing it, essentially.
So it's really crazy how they don't even ask your permission.
Speaker 2: Dude, they just do this shit. Huh.
Speaker 1: It's insane. But yeah, let's see. I think I have
one more thing to show you guys. But hold on here,
let me see you here. Oh yeah, the w pans Okay, okay,
maybe I'll send this to myself. Hold on all right,
So and yeah, it's all about just turning everybody into
a node. And I think I had there's a video
with Epstein or Elon Musk. We talked about everybody's going
to be a node node here see here, here we go,
here we go. Pulled this up for you. Yeah, he
was on Joe Rogan talking about it, of course, because
that's where they pushed the most propaganda.
Speaker 2: Every time he's got his thinking face going on, acting
like he's thinking.
Speaker 8: Is that it's we're not going to have a phone,
or in the additional sense, the what we call a
phone will really be an edge node for AI inference,
for for AI video inference, uh with you know, with
some radios to obviously connect, but but essentially we'll have
h AI on the service side community communicating to an
AI on your your device, you know, formerly known as
a phone, and generating real time video of anything that
you could possibly want. And I think that they won't
be operating systems. They won't be apps in the future.
They will be operating systems or apps. It'll just be
you've got a device that is there for the screen
and audio and for and and to put as much
AI on the on on the device as possible so
as to minimize the amount of bandwidth that's needed between
your edge nor device fulling known as the phone and
the servers.
Speaker 9: So if there's no apps? What will people you like,
will X still exist? Will will they be email platforms?
Or will you get everything through AI?
Speaker 2: You'll get everything through everything through everything through AI. Look
at that as opposed to having individuals that the.
Speaker 8: Up apps, whatever you can think of, or really whatever
the A I can anticipate you might want, it'll show you.
That's that's that's that's my prediction for where things end.
Speaker 2: What kind of timeframe were we're talking about here?
Speaker 8: I don't know, Well, it's probably five or six years
or something like that.
Speaker 1: When was this five or six years? He's saying this
five years? This was in June, So he's saying five
years from now.
Speaker 2: Huh.
Speaker 1: Now when he said that everybody's going to be an
AI edge node? Was that in that same video? I
guess he did say that. There.
Speaker 2: Right, let's let's make sure that you're not working.
Speaker 8: I'm not working on a phone.
Speaker 2: Okay, have you.
Speaker 9: Ever considered it? Has it ever popped in your head?
Because you might be the only person that could get
people off of the Apple platform.
Speaker 8: Well, I can tell you where I think things are
going to go, which is that it's we're not going
to have a phone or in the additional sense.
Speaker 1: That what we call a phone will really yeah he
said the AI edge Noe. Okay, so but people will
be too, that's kind of what he is kind of
not is that, but either way? All right, So let
me go ahead and pull up something I had Rebelsen
me thank you, and I'll pull this up here because
this is interesting one for a couple of reasons. Main
reason being because selfishly, I'm from Saint Louis and I
think this is crazy that Wireless Protocols for Internet of
Things Part two Washington University in Saint Louis.
Speaker 2: This is where this came out of. So this is
a lecture in Saint Louis, Washington University.
Speaker 1: Crazy because that place has definitely got Chinese spies in it.
Speaker 2: I'll tell you that right now.
Speaker 1: I want to say seventy percent of the students there
are Asian.
Speaker 2: But that's generous. Okay, So let's look at this.
Speaker 1: So let's gets into everything we're talking about the Internet
of Things Part two Wireless Personal Area Networks WPA N. Right,
so this is you know, this is like you know
you could the wp A N on your Wi Fi.
Speaker 2: Well, this is going to be everything's going to have this,
so nice look at all this.
Speaker 1: So we got battery powered maximum battery life cell a
few hours days for a coin and sell.
Speaker 2: What have we got here? Let's see.
Speaker 1: Oh so this is just different okay, okay, testing it
out for different things here. Yeah, so this is kind
of what we're dealing. Oh, the mesh versus the star.
So the mess system is what they want to get
to eventually.
Speaker 2: That's the Tetra Terra heart system shit.
Speaker 1: But yeah, dude, I'm not like super deep into all
this crazy shit here, but this is the Internet of
things and how it works as far as the sensors
working with each other, Paul swits and everything. Some fucking
shit that I don't think is really that. We don't
need to do that to know that they are hooking
us up, That's what I think. But yeah, this is
a crazy world we're living in. And uh, the sixty Agenda.
It's funny, we're on point over here at sixty Agenda.
Due we know exactly what's coming. That's what all this is.
But thank you guys. What else we got here, I'll
check out check out some of this. We got chrisper
genome editing through the Institute for Interdisciplinary Data Science, which
houses core facilities dedicated to bioinformatics, genomics, and computational monitor.
Speaker 2: How many of these I wonder how many of these?
How many of these?
Speaker 1: Uh?
Speaker 2: Well, you know in Utah they have a large that's
where they keep the big DNA database.
Speaker 1: And I want to know how much of this is
going on in like Utah, you know, like how much
how much Mormons are involved. I'm really curious because they're
heavily involved with the uh graping up of all the
DNA and keeping it in a database which is like
the twenty three meters and everything else. Heavily involved and
funded by Epstein as well. So I think it all interconnects.
You know, you have the anti Witchkowsky or whatever, and Watsowski,
which was invited to dinners with Epstein. She was also
inside a Peter Thiel's secret society, the Dialogue Society.
Speaker 2: So it's all all these people are connected. Dude.
Speaker 1: It's really nuts, and everybody kind of talks about like
a piece of it. But clearly they're studying your DNA
so they can learn how to do this turn you
into a node in the system.
Speaker 2: It's not about like you know, alien DNA or Nordic DNA.
Speaker 1: It's about just understanding how to do use messenger RNA
technology to make you a node in this six g
mesh system.
Speaker 2: Crazy.
Speaker 1: Hey, man, if you guys like what you heard we
got on the bannard here, you can go hit up
our vemo if you like. It's called at the sixty
agenda on Venmo because can't start it with a number,
I guess, or PayPal at sixty agenda at the sixty
agenda on Venmo. And yeah, otherwise, just like follow, subscribe.
If you guys enjoyed what you heard. This was a
little bit of a deep dive. But yes, we are
headed towards a hive mind system through this biodigital convergence,
and it's not inevitable. There is a way to stop this,
and that would be for everybody to kind of get
your shit together.
Speaker 2: Wake up. When will you people wake up?
Speaker 1: As Bill Cooper said, But no, it's time for real
to you know, come together and organize, man, because people
are finally starting to fight back a little bit against these.
Speaker 2: Flock cameras.
Speaker 1: So that's good because we need to get them the
fuck out of here too. I don't know if you
guys saw this, but across America. We've got people fighting
these flock cameras and everything. Let me go ahead and
show that to you. All right, check this out. So
we got Austin Fits because this is where it's leading to.
Let me just mention this as well, because Catine Austin
Fits is right, it's leading to programmable money. Like I said,
it's everything I've been saying, the six x' six Microsoft patent,
and then of course you have the billion dollar Microsoft
deal with Coca Cola putting nanoparticles into your drinks SP
three hybridized carbon atoms, putting that into your COVID vaccines,
telling you there's not graphenoxide in it. However, graphine oxides
SP two hybridized carbon atoms. It's only one thing.
Speaker 6: Catherine Austin Fits warns that programmable money, digital ID and
AI driven mass surveillance form three interlocking pillars of a
digital control grid, enabling authorities to centrally enforce desired behavior
by threatening to turn off your money unless you do
exactly as you're toe.
Speaker 10: There are three legs to the digital control grin, and
what you need to do is understand them independently, but
then how they work together. The first is programmable money,
money that can be programmed and can be used.
Speaker 1: Now, the programming aspect is again these cells and sensors
that work and speak to each other inside your body.
That's the way you can program the money to yourselves.
You have to have something in your body that makes
it programmable implantables as well. That's the Internet of Things
aspect to it, and internetive bodies is what.
Speaker 10: It creates centrally to make rules and enforce them centrally
without a human chain of command in the middle. And
we can talk about that more. The second is a
digital ID, because it's very important if I'm going to
implement control through digital mechanisms, I need to make sure
you're you and Catherine's Catherine.
Speaker 2: And that's the new Kids Act, the Kids Act.
Speaker 1: They're pushing this whole digital ID for kids on the Internet,
but people don't see it. A lot of people aren't
seeing it's a trojan horse build. It's going to actually
force almost everybody to have to use, you know, a
digital ID on the Internet.
Speaker 10: Harry Towry and Sam is Sam. So you need a
very high quality digital identification system which is interoperable globally.
And then the third thing you need is you need
the hardware and software infrastructure, and so you need the
data centers. You need the underground cables, you need the
AI to process enormous amounts of data, and you need
all the cameras and other items including.
Speaker 1: S and as we're just looking at, the data centers
can be powered by you. You can be the battery
for this data center because it's a self harvesting system.
It harvests the energy from your body to keep itself generating,
so then it can generate in turn.
Speaker 2: The data center.
Speaker 1: All of us together would be the battery.
Speaker 10: Cell satellites that you need for surveillance. So essentially you're
creating a system that can do surveillance. I can track
where you're going and what you're doing, and how you're
using and spending your money and your time and your resources.
And then I can use that data to create incentive
systems that encourage you to do what I want and
discourage you from, you know, doing what I don't want
you to do, and including essentially threatening to turn off
your money unless you do exactly.
Speaker 1: And it's funny because that's what Trump warned about, and
he's getting with the digital money and he's going right
into the digital money. He doesn't give a shit, you know,
Roger Stone. We don't want to hear anything about him
in MK Ultra. I'm good on that. So I want
to pull up a little bit more about this because
this is what I think is here as far as
all this goes. So of course you have like I mentioned,
let's pull this up. This talks about the conductivity of
the energy, like where they can use you to here,
I'll read it energy harvesting from animal and human body
for self powered electronics. Let's pull that up because this
shit is crazy. So they are going to literally use
you as the battery cell. Just like in the Matrix
when Morpheus says you're this, it holds up a battery, so.
Speaker 2: It says, right here, energy harvesting. Look at this.
Speaker 1: Remember when I said that the Gnostics say we live
in a digital prison, a prison planet, and that it's
pretty much the archons are harvesting our energy while we
live here. They're going to actually create a prison planet
with this digital replica of the world essentially that they
want to plug us into, and it's going to harvest
our energy in order to power itself, just like the
Gnostic prison planet. That they believe we live in already.
You see the irony of this. Yes, this is in
twenty seventeen.
Speaker 2: You see this.
Speaker 1: Twenty seventeen, this came out and they're talking about harvesting
your energy to power electronics. So humans and animals have
abundant energy sources chemical, thermal, and mechanical forms. The use
of these energies present a viable way to overcome the
battery capacity limitation that constrains the long term operation of
wearable and implantable devices.
Speaker 2: So use the humans to power it themselves.
Speaker 1: The intersection of novel materials and fabrication techniques offers boundless
possibilities for the benefit of human health and well being
via various types of energy harvesters. So we discuss a
broad range of energy harvesters placed in or on various
parts of the body of the human and animal model.
So this is just some crazy shit, dude. So we've
got energy harvesting. It can come from electrochemical, biofuel, cell
thermoelectric electricity, thermal energy, piezoelectricity, which is like your body's
on like electrical energy, and kinetic energy. So we're talking
about biofuels all kinds of shit. I mean, what the
fuck is that? That's the synthetic fibers are putting in
you right there?
Speaker 2: You see that. But again, it seems that they've got.
Speaker 1: It all figured out as far as how they're gonna
hook us up to this system and it's gonna self
generate itself. Now, just for shits and giggles, I kind
of want to bring up the little clip you know
of Morpheus talking about us being a battery, you know,
I mean, that's the best clip of the movie, really,
if you think, one of the best clips of the movie.
Speaker 2: So let's pull this up so there's no price. I mean,
I'm telling you, dude, you gotta follow.
Speaker 1: If you're on X, you gotta follow Noah Price, Dude,
this guy's got banger shit. Man, it's all stuff that
like we talk about here, He's clearly in the same realm,
same realm of research that we are.
Speaker 7: The human body generates more bioelectricity than a one hundred
and twenty four battery, and over twenty.
Speaker 2: Five thousand beat used look quiet.
Speaker 7: Combined with a form of fusion, the machines had found
all the energy.
Speaker 2: They would ever need.
Speaker 1: And remember, the matrix is a gnostic movie. You know,
the whole movie is kind of a gnostic symbolic esoteric movie.
But then when you look at what he says right
here where he talks about the thermo energy that a
body produces, it's right. I mean, it's one hundred percent
what they're doing right now.
Speaker 2: There're a fields, endless fields, whereas human beings are no
longer born, you're grown.
Speaker 1: I'm gonna do this the best movie ever in the
movies that came out in nineteen ninety nine, I mean,
these are the movies that get you get this like
telling of the future that we're walking into now. So
Neil wakes up in the pot, of course, welcome to
the real world. Let's get to where he says that,
because it's interesting. He says that, hold on here, all right, anyway,
let me go over to here we go. So this
is a eugenics of course, Bill Gates involved with this.
Let's check this out. It's video long ass post. Oh boy,
holy shit boy. Oh well, I don't know if we
want to look at this.
Speaker 2: Let's go ahead and go.
Speaker 1: To what I had over here. It's fine, that looked
little graphic, guys. I ain't gonna do that to you. So,
like I said, like I mentioned a minute ago, they're
using your energy, harvesting it and then using it to
power the systems that they're creating. And when I mentioned
earlier that they've created machines computers that can run off
of brain cells, that's some crazy shit, dude. That's when
we get I mean, I don't even know how to
look at that. You know, Let's see what else we
got in this. Yeah, this hybrid three D printing. Were
they able to make flexible, wearable sensors kind of like skin,
So they almost can make like synthetic skin, which is.
Speaker 2: Kind of crazy. Check that out here.
Speaker 1: A welcome everybody on x go, check us out on
YouTube at the sixty Agenda at sixty Agenda on YouTube,
and you can find us live talking about this crazy
shit all the time. Definitely check us out over there.
All right, so let's check this out as well.
Speaker 2: No shit, So the.
Speaker 1: Antenna aspect that people have said, like the vaccinated people
are antennas, they're walking antennas, we've laid out now in
this episode that that is not a wrong statement. They
do have this hybridized carbon atoms inside of people, and
we've already established that lucifer race. That lucifer bio aluminescence
substance oxidizes these nanoparticles in your body. So they're using
a substance it's named after lucifer to help operate this system.
Let's see what this guy's guys say here, Oh shit.
Speaker 3: And there's a reason why you can get an AD
for something. In like you were thinking.
Speaker 2: About do you know that we have six G? Now
six g's actually been out for a while.
Speaker 3: Really, Yeah, they can measure e G waves like phones
can measure EG waves, and that that basically can borderline
read your thoughts. And there's a reason why you can
get an AD for something. And like you were thinking
about it, the five G couldn't penetrate deep enough into
the cell and that's why. So what would happen is
when all these towers were put up, you'd see kids
that were you know, they would get burns underneath their
skin just because the graphine cooks and cooks them from it.
Speaker 2: The inside out.
Speaker 3: And this is what I've been explaining to people is
your body's a liquid crystal, and a crystal is.
Speaker 2: Basically an intent.
Speaker 3: So you have hundreds of thousands of millions of crystals
in your body, and that's how your body communicates with yourself.
So how do they shut these things down? Heavy metals
you need, things that are improper disrupts the communication between
the body, You get into a state of consumption, your
autonomic function shut down. It's so simple, but they overcomplicate
it and then they you're talking to some doctors one.
Speaker 1: Hundred percent, and that is the system that they're creating
and putting in us without even even consulting.
Speaker 2: Can you believe it? Here? Check this out? So and
this is what it's leading to. Right.
Speaker 1: So, I just did an episode called AI Voice to
Skull Technology, and right after I did this episode, this
comes out right after youwards, not before, but after. Oh shit, dude,
I got this PDF thing in front of here. Hold on,
what the fuck?
Speaker 2: Okay?
Speaker 1: Meta's new AI can turn your thoughts into text without
a brain implant. This came out June thirtieth, twenty twenty six.
I did that episode on June twenty sixth, days before
this came out, I was talking about the technology of
like Voice to Scull, the history of Like del Gado's work,
Alan Frey's work, just describing like what Voice to Skull is,
what implantables are what brain computer interfaces are, and how
it's progressed to today where AI can do this and
read your brains. And now here we are Meta hasn't
veiled brain too Querity V two. Notice it's called V
two just like V two K an AI system that
converts brain activity into written sentences without requiring surgery or
implanted chips. So this technology is still experimental, but it
could one day help people who have lost the abode
to speak. Now we know DARPA rolls this shit out
whenever they're ready. It's not experimental anymore, I bet. And
then we got another one where AI is reading a
person's thoughts and this stuff's all one hundred percent real
now right, so we've got it now this was last
year can read a person's thoughts with a quick brain
scan and almost no training. So how is this again, Meta?
How is this a experimental thing? If we've had this
since you know a few years ago. Now they've made
improvements to a brain decoder that uses artificial intelligence to
convert thoughts into text. The new converter algorithm can quickly
train an existing decoder on another person's brain, and the
findings could one day support people with aphasia, brain disorder
that affects person's ability to communicate. They can do a
lot more than that, though, can it reading your mind?
Speaker 2: Yeah? We just want to help people talk better. Yeah. Okay,
So this is this is.
Speaker 1: Where it leads, isn't it this crazy place where again,
as I always say, Singularity is about man becoming silicon.
Speaker 2: It's not about AGI.
Speaker 1: It's not about you know AI, It's about man evolving
out of you know, transhumanism. It's the transhuman agenda ran
by you know, processes that are made out of nanotechnology,
and they're making a digital replica of God's creation and
they're kind of doing a good job at it if
you really think about it. And I agree, most likely
they're just trying to scare us. There's no way and
I hope so Gez, I think you're right, But it
is still worth going over, you know what I mean.
I mean, I don't walk in fear. But at the
same time, uh, this shit's crazy. So I think we're
gonna you know, I think it's a good time to
start getting into the Mystery Babylon series by Bill Cooper.
I'm gonna revamp Mystery Babylon by Bill Cooper.
Speaker 2: I've talked about it many times, but I.
Speaker 1: Think it's time to get get out of some of
this and get into what Mystery Babylon is.
Speaker 2: Bill Cooper died.
Speaker 1: If you don't know who that is a major conspiracy
these conspiracy theory Godfather, you know, Behold a Pale Horse
is kind of like a must read if you're in
this space. And after that, I would highly recommend listening
to all of his thousands of hours on Hour of
the Time, which is his radio show. And he did
something called Mystery Babylon and it's like a thirty part
series just getting into like what mystery schools are, how
they evolved over time, and what they became today. And
you can really understand everything by hearing this series. So
starting next week, I'm gonna get that going. I'll probably
invite Doc Brown on here. We'll do a little episode together,
and yeah, Mystery Babylon be on the lookout for that.
But man, this past few five episodes have been all
about like AI Voice, Di Scull, tech MK Ultra, you know,
cell member and computing. It all is one story here.
So we got about three hundred people watching at the moment.
This is crazy right at the end, we had a
lot of people come in. Please go check out the
YouTube six g agenda on YouTube.
Speaker 2: We've got the.
Speaker 1: Past five or six episodes are all about the topic
that we discussed today, and it'll lead up into this
episode today as well.
Speaker 2: So this one's a deep dive.
Speaker 1: And if you want to know if there is graphioxide
in your vaccines or in your food or in your
Coca cola, you gotta watch this episode. Bill Cooper stuff
is on YouTube a little bit. You can find it sometimes, Tim,
but yeah, I'll be doing that this week. We're gonna
revamp Bill Cooper's work. Thank you everybody. It's been a
great episode. Happy Sunday. And again, if you're watching this
on X three hundred people, I'd really appreciate it. Go
check out our YouTube six g agenda. Otherwise, thanks everybody,