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➡ Jacob and Scott discuss the aftermath of Hurricane Helene, which caused significant damage to their neighborhoods. They express frustration with FEMA’s lack of support, despite promises of financial aid for personal items and housing. Jacob has filed a civil rights violation, encouraging others in the same situation to do the same. They also discuss potential threats to communication systems, including cyber warfare and inflated bills, and the need for better security measures.
➡ The text discusses the development of a new security layer, called layer zero, designed to prevent hacking. It also mentions the potential misuse of digital systems for fraudulent activities. The author expresses dissatisfaction with certain government officials and agencies, and shares his involvement in encryption and security work for various organizations. The text also discusses the potential of Starlink, a satellite network, to improve security, reduce latency, and enhance coverage for various technologies, including cryptocurrencies and drone technologies. The author believes that these advancements will improve safety, security, and efficiency in various sectors, including aviation and emergency medical services.
➡ The text discusses the complexities of financial transactions, the potential of electronic currency, and the speaker’s missed opportunity to invest in Bitcoin. It also delves into the speaker’s work with blockchain technology, the challenges of working in silos, and the impact of energy technologies on business growth. The speaker also mentions the potential of Elon Musk’s Starlink to mitigate physical threats to infrastructure.
➡ The speaker discusses the importance of having a communication plan in case of emergencies, such as power outages or disasters. They mention options like ham radios, satellite phones, and mobile services. They also talk about the potential of Starlink, a low orbit satellite network, for reliable communication. Lastly, they share their personal health struggles and the benefits of a plant-based compound called Allison for respiratory infections.
➡ The speaker discusses his journey in developing a new method to increase the effectiveness of a plant-based compound, allicin, from 4% to 100%. He discovered that certain plant alcohols, deemed safe by the FDA, could be used to enhance the solubility of allicin, making it more potent and stable. He then incorporated this enhanced compound into a vapor system, allowing it to be easily inhaled and quickly absorbed into the lungs. This development could potentially offer protection against harmful bacteria and other health issues.
➡ The text discusses the author’s work in cancer research, specifically focusing on telomeres, the ends of chromosomes. The author used a new technology, PCR (Polymerase Chain Reaction), to replicate and study these telomeres. This research led to the ability to measure the length of telomeres in a single cell, which can indicate the type of cancer. The author also mentions how this research has been used by companies to develop supplements that can potentially extend telomeres and thus, extend life.
➡ The text discusses the potential issues with PCR testing for viruses, including the risk of false positives and the potential for misuse of DNA samples. It also highlights the importance of traditional methods of virus identification, such as microbiology plating assays and sequencing work. The author suggests that a more reliable way to identify a virus is through a combination of symptoms, blood tests, and antibody tests. The text also touches on the potential dangers of vaccines and the use of artificial intelligence in virus identification.
➡ The text discusses the evolution of technology and its impact on scientific research, particularly in the field of virology. It highlights the role of artificial intelligence in understanding and combating viruses like SARS and COVID-19. The author explains how researchers have identified a specific protein in these viruses as a potential target for treatment. The text also suggests that this research could lead to the development of more effective methods for preventing and treating viral infections.
➡ The text discusses a natural remedy that can help rebuild mucous membranes and fight off infections, including respiratory ones like coronaviruses. It also mentions the potential of this remedy to combat cancer. The author shares their experience with the patent process and the challenges faced, including unethical behavior in the patent office. The text also emphasizes the importance of transparent science and allowing the public to make informed decisions about their health.
➡ The text discusses the role of an amino acid called seleno cysteine in stopping the production of harmful proteins in the body, especially when a pathogen invades. Consuming selenium can help in this process. The text also mentions the use of Allison V, Siberian chaga mushroom, and fenbendazole in combating various health issues, including influenza and cancer. The author emphasizes the importance of maintaining good health to lead a productive life and suggests that these substances can help achieve that.

Jacob with unleashing intuition secret. It’s got Scott Perez back. He’s got big brains. And we’re going to talk a lot of good stuff today. We were just talking about how it’s kind of depressing in our neighborhoods, this, you know, weapon system that they use to come through and destroy our, our coastline. Uh, Hurricane Helene, uh, was, is devastating. Uh, you, you, you like. They’re tearing down homes in your neighborhood. They’re tearing down homes in my neighborhood. Most of the homes are abandoned. It’s crazy. It’s insane. And the other thing is, you don’t see them talking about any of this stuff in the news at all.

No, nothing. Worse yet, fema, okay. Hasn’t given anybody anything to my knowledge. What’s, what’s crazy. And it’s very disturbing. It says on the FEMA website, hey, we supposed to give you up to $42,500 for your personal items and $42,000, 500 for your house. I don’t even think FEMA inspectors came out here. I couldn’t get any, some of my friends that had their houses totally destroyed couldn’t get any FEMA people here. And I, I’m hearing it’s the same thing in North Carolina and I expect same kind of behavior in Los Angeles. Oh, yeah. So what I did was, and AI helped me with this, actually, I’m sitting there and I’m like, can I file a civil rights violation? Well, typically you cannot file a civil rights violation when it’s a FEMA thing, unless it’s been declared a disaster area by a president in Washington D.C.

in which case you can. So these areas have been. So I filed and I recommend everybody else that’s in the Same boat file 1. I filed 2 discriminate civil rights discrimination things, really, with a Robert Stafford Emergency and Disaster act, supposedly under declaration of disaster by President. FEMA has to compensate you on those guidelines. And I recommend to anybody who’s in this same boat, because I’ve seen people their whole lives have been, you know, had all their money in their house, they were tired or, you know, their lives are upside down. I don’t even see my neighbors walking their dogs anymore because they’re not there.

It’s bizarre. Christmas was bizarre. So that’s what I’m doing. And I don’t know where this goes with doge and, and, and the systems that are being audited now. I’m glad they’re being audited. That’s incredible. Right? Wow. Right? No one needed this. And I’ve. I know your Neck of the woods real well. And you guys got it harder than us. Yeah, so. So I, I’m reading the headline. It says extremely dire FAA assesses communication system close to catastrophic failure. So they’re, they’re basically using Verizon system. And I know that’s fun. You’re an expert there. I had a conversation with somebody earlier today.

So that Verizon system was acquired in the MCI WorldCom acquisition when they bought us. It’s been controversial the whole time. So if you go back in time, I think it was 2005 or 2006 around there. There was a Downer’s Grove Chicago fire that impacted the FAA and it was a real big deal. And those and all of that, what, what you have are legacy telco networks. And I saw that not only that 2.9 or I think it’s 2.9 billion dollar contract, not only is it, is it going to be lost, but it’s going to be moved off of that switch fabric onto the Starlink fabric.

And so what are we seeing? We’re seeing, we’ve seen Space Force move all their stuff off of legacy telcos back in the Starlink and we’ve seen a lot of movement there and we’ve seen some press releases out of Elon Musk. And so going back to my situation when I, after I did the Ed Snowden work with the call data records and I was working with NATO and I was looking for people robbing our banks offshore other than the Chinese, the Russian, Syrian, Iranians, and I saw what looked like sneaky Alphabet. They look like the Doge people, the people they’ve uncovered that have been robbing us right here at home.

They were doing it offshore, you know, like the P38 Poseidon. You’re not supposed to use it in, in U. S. Continental because of constitutional rights. The surveillance again on looked like those people. Well, part of that was my colleague Vince Cerf and MCI World. Com, that’s now Google, he, he’s part of the guy that invented the Internet protocol we’re using. And, and now it’s IP version 6, but IP version 4 was the common one. Part of that was open and exploited and I knew all these things. This was all part of secure packet shield with Fortress and General Dynamics and CIA, which we’re protecting the military in the black program for CIA.

I knew all we did was hacking. Right. I knew about these problems well when I got into the telco area, when I did the 3.3 billion call data records with that Snow, not a Highlands Ranch. 33% of that was garbage and it never knew. So when he floated that scene in the movie, he didn’t know. Bill Benny didn’t know. None of them ever saw my code. Things are very compartmentalized. You don’t, you know, he’s way downstream, he’s downstream another team and then a feed. So that became a big question marker why the 33%? And I, I think first off what I saw was and we’ve seen this, and we’re seeing this more so from now than 2012.

We’ve seen traffic pumping in these networks affiliated with cyber wars. And what happens is your enemy like Chinese or Russians or whomever they want to pump traffic into your telco systems to see if that can congest or knock down your comms as a cyber war team in the PLA and other places want to do that just like they would with I fly a drone in to your area or a missile and then I see what you light up in terms of your radar or your anti missile systems which you bring online. That’s part of it. Then the other part that left a big question mark was there’s a series of back office systems that are monitoring the communications, voice communications in particular with legacy laws that go to your bill.

So one of the questions there was who’s inflating bills that go on the books that get reported to Wall Street. And, and so my job, which I had a lot of freedom involved going across business silos and some of those business silos and some of these instances were security cleared top secret silos regarding communication and privacy that came about, it really came about from compromisation of people’s privacy like their phone number, where they’re, where the piece of the user equipment is right now located to the tower which exposes them. Yep. And then you’ve got people that are serving law enforcement undercover and other things or anywhere.

Right. And you don’t want to give away their position. So what happens is when towers, two or three towers are touching this, there’s a chipset in this, it’s a Trimble chipset, one of the oldest companies. And all the UE equipment it’s giving, it takes your longitude and latitude position and it’s using that relevant to the tower of how it’s going to handle not only your signal processing but as you drift from tower to tower there are, there can be three PV VPN tunnels, two that you’re, you’re using and straddling between the two towers and one between the two towers and as you go, you glide between the tunnels.

It’s an elegant thing in the protocol. So as I got to NATO where we have the NATO committee, we have inner. I’m interfacing the NATO committee, we got people interfacing the NATO committee. That’s all they do. The way that works is you go up into the NATO committee and because the FCC jurisdiction is not outside the United states, there aren’t FCCs. So when you go up in NATO, NATO comes across to the other government and then it usually comes down through their military because they don’t have an FCC like organization or their law enforcement or the military and then the law enforcement and they go and address it.

And it’s a partnership through NATO. Well that is when you start to learn. Wait a minute, way down over there is where the corruption is. And then you find generals that all of a sudden are medium goals. Wow. So is this going to be a. I think it is, but what’s your thoughts? It’s going to be an issue when they start all these terrorist groups and Chinese and so forth that have come across the Russians, come across the border, they enter our big cities and they start to use their systems to basically shut us down. How, how’s that going to affect everything? Okay, so in country, physical plant.

I wrote a bunch of white papers. All this is tied to all the energy stuff out of all. In country we have physical plant threats. And so when you do security you have different layers and layer zero. So the first thing with the NATO thing was I came, I went through all the silos, I found everything. I found where the books were getting shattered, where 68 year old people were getting $98,000 phone bills and all the crazy things. I came with patents for the different layers of security. And one was called layer zero. So there’s, there’s a seven layer stack.

It’s the OI stack for the protocol. It was missing the layer zero piece. All right? So that layer zero piece would stop all this foolish hacking garbage that takes up our time that is involved with robbery. And the biggest thing that people sometimes don’t realize, the C suite can get out of a fiduciary responsibility on the books when everything is digital and all of a sudden it’s bitlockered and they can’t get at it. And now it’s a bankruptcy scenario and the people that cook the books aren’t liable. So, so once that occurred, that is when a, a rogue NSA group and the Obiden folks and Attorney General Holder did things to me that weren’t very nice.

Including. And this is in the news, too. Cash Patel is going to investigate James Comey. God bless that man. I went to the FBI over here on February 13, Friday the 13th, 2015. They did not know my identity. Wait a minute. I installed encryption in the FBI and the Alphabet. CIA, Di walk, all that stuff. Military, we, we did all that stuff. There’s CI following me. How can they not know? On 9 11, I did work for the FBI. So I have a problem with James Comey. I don’t, I don’t like him too much, and I need to understand why Damage as a citizen of the United States, a taxpaying citizen, why didn’t know my identity? Part of that was a very confusing thing involving me pulling out a concealed weapon permit where they did FBI background checks, and then the IRS didn’t know my identity.

So I had lawyers involved. Right. This, this was a bad feeling. Right? And, and back to the Gene Hackman, they just found him dead. Enemy of the State, the movie. I felt just like that. Wow. I felt just like that guy. Yeah. I mean, Gene Hackman, his wife, his dog just all died. It’s like, yeah, that’s normal. Door open, pills everywhere. We don’t know what’s going on. I know. Yeah. But I felt that way. And it actually, because of that movie, I was like, I felt that way. So set up. You know, the, the thing with offshore business, okay, the, the second piece of that was those groups were robbing us, but we had people inside robbing us.

Just like the DOGE thing on the books. Oh, it’s for, you know, condoms in Gaza or whatever they were coming from there. And I, I, I don’t fully understand why, but I understand, and I think you will understand when you have access to technologies and, and you decide that you, for whatever reason, whatever changes, you decide you no longer love your country, you’re just going to rob your own people. It’s right there in your hands. Now, how does this relate to the FAA question in Starlink? I believe that what has been done here with Starlink has been a hardening of the fabric which carries the layers to provide layer zero.

And this was a problem, okay, because first Holder came in a jit pai was the, the regulatory lawyer in Verizon. Right. He didn’t do much. Then he becomes FCC chairman under Trump and tries to implement the technology, the very technology that, that Holder was questioning. Because in the white papers and in the patent, it said when we get the behavioral technology to analyze this, anything military, government, or Alphabet that’s on there. We’re gonna see it. And I’m in it. Well, I think now with what you see, with what Musk has with Starlink, by the way, I have Starlink on my phone.

What, what you see there isn’t just lower power because you got solar power. Now powering the switch fabric, there was a switch fabric problem with the central offices and all of that. Powering the lasers to light the fiber. Then you have MSA build outs, and these are extremely expensive. Just lay all that fiber backhaul between the cities and you’re digging things up and you’re doing damage to natural gas lines every once in a while, backhoe damages, transmission line, you know, oh, we busted a water main here. All of the stories, we’ve seen them all. Or fire.

Okay, so now when you have the satellite coverage, you also have the lasers up in space and you have reduced latency. And so the biggest problem with your cryptocurrencies like Bitcoin and all of these things is you have a distributed ledger, right? Yep. The reason that that wasn’t practical was because of latency issues and computing issues and coverage issues. Now with Starlink, you come there. Now what happens is one your space force people and your people that are working on SIGINT and military and doing classified things are not exposed through your global telco provider. They’re now secured and segregated.

Which means that somebody in the middle of that telco can’t intercept them. Even if they’re using encryption, they can’t be intercepted. Right. You can’t see the behavioral aspects of the encryption, where it’s going from what point, to what point am I exposing somebody’s columns in theater? All of that. Then the FAA piece. So now the value of the FAA piece is not only did we talk about all kind of physical things you can do with aircraft and tracking from above, but the ability to. And I wrote the white paper for Vin in 2006. The ability to implement drone technologies, including summoning fighter pilots and interfacing with fighter pilots, but taking over these vehicles and implementing sensor type security for telemetry access, that’s what we did on a global aspect with these networks.

We had hidden networks that you didn’t just get access to. Most of the people in the hidden networks, they, they had security clearance to do that. So it’s hidden. But this kind of thing will allow that technology with aircraft and there won’t be questions of where did MH370 go, what happened here? Or behaviors and other things, or with of accidents. You got your pilots. We’ve seen some crashes lately, but we saw problems with pilots and pilot doctors and myocarditis and people that had heart attacks while they were flying. So these type of technologies are going to allow better monitoring and an enablement in a secure way.

And that will bring the FAA from their system there, where you have a Blackhawk colliding with a American Airlines plane coming right into Runway 33 and Reagan International, where you have it, take control of it, just move that helicopter out of the way. That’s the kind of future that we’re talking about. And that the helicopter always already was drone capable. Yeah. Not. I don’t believe the plane was. But those are the kind of modern things where the machines are going to react in nanosecond and millisecond time, whereas a neuron in your brain is about 100 milliseconds.

So safety. And part of that paper, the original paper involved TWA Flight 800 and, and those kind of things. And then the. Then what happened was MH370, follow the sky. Well, when that happened, you know, I had a download played out like a movie in my head. And what played in my head was everything. It was the military Ohio class video that’s been redacted from the Internet, the Stan Myers stuff. I was studying all the math, the old hydrogen fuel cells that I built, spark plugs, job 38, all the physics stuff, it just went right through my head.

And I was like, there’s something here. In the beginning it was, we can’t find it. There’s something here. It’s in the water. So the other energy problems and all the other telemetry things all came through. I wrote the first white paper. I improved on those white papers. Now we’re four patents in on the hydrogen stuff. But the, the biggest thing with these, these, I think one of the biggest thing that hindered the FAA network and it hindered these networks in particular, relative to what I was discussing in the C suite, was the Internet of things and our ability to be monitored.

For instance, you’re driving down the road. We had used telematics doing stuff with Nissan, Mercedes Benz and Volkswagen and OnStar. But you’re driving down the road and you’re by yourself and you have a heart attack. The car then takes over. Unattended driving, pulls you to the side of the road, or it takes you to the emergency medical services, rendezvous with them, or it takes you right to the hospital. And it’s not the situation that I observed as a child when I came out of my house over here in beach park and there was a car up on the island and it was just sitting there for hours and nobody did anything.

And we kind of drove by and looked at it, came back and all kind of people are trying to give this guy CPR and resuscitate him. So with the vaccines and all types, from every aspect in this technology will bring that kind of value, but it will bring the automation that we need. And it, it’s a safety value that, that contributes to that the Internet of things and the things that, that we can do and robotics, including farming and the other stuff and the coverage. And then I know you, I know you’re going down to visit with Mel on the, on the Quantum conference and XRV and the cryptos which you need that kind of coverage.

So you know, the next question you start asking yourself as well, what is money? And it’s a means to an end and what is why do we need to produce paper? Paper can be counterfeited. And you start asking yourself these questions. Well, what’s wrong with Swift, right? Swift. We have a. There’s a major part of DTCC here in Tampa. You have DCC and any money laundering and a set of protocols for financial transactions. So in the transactions, one of the things we were trained, I was certified and all this stuff in mci you had to go through this because they were our customers understand what set protocols are and set version three in the financial system.

So things like I sell stock or options and I have to wait three days for settlement. And what happens during those three days and who’s holding that money and what goes on in the London exchange and the different systems. So the value add of having a network with that kind of coverage also gives you the coverage you need to have a electronic currency with a coverage that, that doesn’t have to wait three days for settlement. You got a smart contract, you, you do the transaction, you settle now. And the. There has been, I have observed, thanks to my colleagues who are Stanford MBA level money people and money raising is unclear what aml, DTCC and the Fed are doing at times relative to Americans that are trying to conduct business, create jobs and live a life.

And the bankers in the middle of that, to put it very politely, just to say that. So I, I am, I am receiving the DOGE audits and maybe we’ll see a Fort Knox one. I’m receiving those. Well, but I will say because I, I am a realistic person, I’m not a pioneer fantasy guy or whatever, I had an Opportunity to buy a lot of bitcoin with dirt cheap. I probably would have never been in Alison B. Or any of this stuff if, if I would have because I’d be on a yacht somewhere sipping the, a strawberry margarita or something like that.

Well, that’s, that’s why, because you’re, you got the lsnb, you’re sharing that. That’s. I sometimes wearing the same thing. So I was like, I’m supposed to help out humanity here. So. Right. So there’s a guy who prosecuted this Snowden patent. He’s a Georgetown patent attorney with a New York polytech double E education. He was in Verizon and he’s the one that prosecuted that patent. His name’s Dave O’Neill. He’s a great guy, he’s smart. And he was like, Scott, you need to buy some bitcoin. Well, Scott was buying other things, silver and gold and other things. But I should have, could have, would have, I probably would have made, I don’t know, $500 million.

I would have bought the bitcoin right there. But I didn’t. I have some bitcoin, but it is what it is. I told Dave and it’s true. And this is all back in, you know, the 2012 time frame back there. I told him, dave, that’s going to be hacked many, many, many times. And sure enough, one, they don’t even know who Satoshi is. But it has been hacked. Oh yeah, and Craig Wright’s function. So the NSA I did work that was in, went downstream to General Hayden, the nsa and what became the secret Space Force in the third wing of the Colorado Springs building next to Air Force Academy, which is secret NSA, was there.

They became Space Force. They moved down the street to the base. Now there were questions because I was told that the buffering scheme for the latency of what I had coded it came from video games in the 80s. Okay, and, and the problem that we’re having was this same latency problem with the networks. There is the same problem with crypto and the ledgers, it’s the same problem. So I recoded our ledgers. The difference was our ledgers were using switch fabric information and trying to process it on a global state. Just like blockchain and bitcoin. And I use blockchain.

I use blockchain. I was, I was, for the bitcoin, I was using blockchain in the GNU hash tables. I was doing the same thing, but I’m using call data records and phone records, same thing. So the question now is with what we know about Mr. Craig Wright and the other folks who were contractors. I was told by my boss that they had taken that code and used it elsewhere. And then I’ve got Dave’s hanging by because I buy Bitcoin. So you ask yourself. I will probably never know the answer of what they did. I know that EMC did not get kicked out of Verizon as a con, as a, as a vendor because they were blaming EMC for latencies.

And what it, what it truly was was the way the operating systems, the kernels. I’m using Linux Red Hat 64 bit at the time, but I’m a son Solaris Unix bigot way over the Microsoft stuff I now owned by Oracle. What it was was the way they had architected was poor. So in the beginning of blockchain and this. I was there in beginning of blockchain it’s on. There’s a blockchain right on the. There’s an algorithm. The call data record has an algorithm for the blockchains just like the Bitcoin algorithm that’s solved by the math problem. Okay, there’s an algorithm.

So that, that’s. These are all very closely related and, and it was, you know, the same thing. So I will never know. But the questions are in my head. And because there are so many silos and how the silos work for you and against you because it silos while they keep confidentiality and it’s no never saw a lot of things good thing. They also hinder creativity because you’re in a box or a silo. And one of the things that I credit Dave Ruberg Chairman and CEO Intermediate Communications, the company that the NSA brought me to from CIA, the NSA contractors, a former NSA people, they brought me there.

So Dave, he trained us with these people from Digex up in the Beltway in Maryland. He trained us. And when one of the things he said was in the training they were like don’t work in silos. Don’t work in silos. Work virtually across the silos to improve business. So when I did the Snowden work, my mouth was shut. I never said a p. Never heard a thing out of me, not even with Snowden Blob that I wasn’t saying anything, nothing. I went to the lawyers to protect the technology. But when I was dealing with the NATO situation and the other stuff and I saw the energy problems, I was working across business silos.

And so when you’re in a Fortune 50, you know, in a Fortune 50 company and you’re talking, you know, 240 billion year over year and you’ve got the C suite projecting the Wall street with a three to five year plan. That is a lot of money, you know, and you need to have a vision. You really need to have a vision that’s even longer than that. Otherwise what happens is you will lose year over year revenue, I. E. The FAA, 2.9 billion dollar contract or what I saw and I have seen and what I said was going to happen, $140 billion year over year ripped off the books of Verizon because of what in my opinion was energy technologies that hindered the company from evolving and could not be solved.

And if those were solvable, which Elon Musk has done with Starlink, if those were solvable, then we could turn around an end customer and teach them and sell it to them and they could buy more communications and grow their companies and their customer base in a modern way. And so the consumers at all, small, medium business and hot, bigger name customers, they couldn’t buy newer technologies. It was always a sales problem with sales being flat or negative. They couldn’t because they had the same problems. And it was energy, water, physical plant threats, right? And then the physical plant threat.

So one more thing with Starlink and I’ll give you some more physical plants plant because I, I lived all this, right? So 2013, August 2013, right before MH370, these guys take long rifles over in Sacramento up into the substation and the power goes out. And at T&Verizon are dark to Silicon Valley now. And everybody using those Silicon Valley services don’t have access. Well, part of that is taking the physical plant threat of those people in country that are here, whether they came across the border of South Americans or Russian or Chinese that came across that border that are here, they can do physical plan damage.

Okay, Take that out of the equation. Musk does that with Starling. It’s going to be a little bit harder to knock the satellites down with a long rifle. But the other one which was also there and in scope and is part of all the energy stuff and was, I believe there are multiple executive orders that President Trump signed for Dr. Vincent Pry who’s passed away with COVID and Dr. Reinhardt Stamajar who my met and they were awarded and he created multiple executive awards for EMP task force and day one, oh, oh, Biden blew it away. Why? I don’t know.

But we, we will always have that threat. So the question now is, is if you do have stuff taken out on the ground with comms what is, what is your plan? Operate in business continuity as a business or your plan is. We just went through Milton. I was out of power eight days. I had a business continuity plan. I I booked it and ran. Mine was petroleum based. But as a person how you how survive through that with comms or loved ones or family in a geographical areas and then as businesses they’re with the FCC and FAA.

On these towers you’ve got lights and there’s a 250000 fine a day. If one of those lights goes out you have no FAA broadcasting how usually there’s two lights and one goes out, the other one’s there and it sends a discrete alarm back to the network operations center and send a guy out to the tower. But they have to power down the microwaves. If it’s microwave tower you’re gonna get roasted. So into this comes these aspects and the question now is what do you do? So a lot of us have asked have some people have ham radios and they have shortwave high power ham radios which you have to have licenses for.

And I have looked at these things. I’ve got some friends. We got ham radios multiple and they’ve got farms. Which is the other part of that my plan. And I looked at that. Another one is I can buy a sat phone with sat phone prescription subscription. It’s pretty expensive. It’s average person can’t, can’t really pay for that. The third one which is mine which is the T mobile services the radio communications to the tower. Okay. And I’m using it now because I’m in the beta on my plan which is more reasonable and practical. Okay. And Apple is also in this.

I’ll discuss that too. My phone’s Android, a Samsung phone, the, the radio chipset and the same spectrum going to the tower can, can communicate with Starlink low orbit satellite. And now I can send text messages or I can communicate verbally. When I do that over ham radio I have a problem. I have to use something called FL digi and I I don’t. You’re back to the dial up modem days and you can barely send any messages. Now the beauty of the iPhone is if you’re an iPhone on T mobile which is where I am, you get the Starlink stuff.

You have the right packages but you also get the glow mass satellites which is another satellite network in place that will relay your text messages, you know. So you think the Starlink will be. It’s pretty, pretty safe, indestructible, can’t be shut down in a global war or whatever here in America where we start to have terrorist activity. You think the Starlink’s still being good? I think that military grade Starlink will take preferential just like the towers do on emergency traffic. But I think it is at a major advantage. And the other thing that I think was the, and Musk did.

There were PR press releases on this. They’ve hardened the fabric. So where our fabric was getting exploited with bank of America, pnc, Wells Fargo, Home Depot, target, whomever were getting robbed and, and everybody was sitting around, oh, we don’t know where they are or they’re over there offshore. That kind of thing will come to an end. It’s a disruption or denial service, but it’s a disruption. And in the modern world for us to sit here and say, you know, when you start asking those questions, yeah, I think that’s the way, I think it’s more practical. I don’t know what the bandwidth capacity is.

I don’t know what the telemetry. There’s a telemetry hidden network that admins. The satellite network could be satellites even higher or just satellites nearby. But that’s how that’s done. It’s done out of band and you know, it’s, it’s business continuity or business continuity or life continuity. And you know, I had my plan which was the one that I executed so worked out for me. And you know, we’re in the United States, we’ve always been spoiled. So the other thing that it lets us do as Americans, it lets us work with people in other countries that don’t have the money to build out all that fiber.

Remember, we get Saddam Hussein the fiber and then we had to go take it out. And you know, they don’t. You can’t build fire out in the middle of Africa or some of these Caribbean islands and this other stuff, it enables them. So if, if we’re going to start doing Made in America again and we’re going to use digital currencies to do it, what better way? And it means to an end to take American products to those people and say, you know, hey, we’ll do business with you. We want to sell Made in America to you.

Yeah. And that’s kind of where that situation is. So definitely. Now the other thing I think, you know, this shadow government deep state is going to do is unleash another pandemic on us. They’ve been working on it pretty hard. They’re pushing it, you know, bird flu. We hear, you know, this rumor of another Wuhan bat virus that’s I guess developed there. So they’re, they’re, you know, they’re. Oh look, we found this other pet virus is even more contagious than Covid. We’re gonna call it Covid too. So now what could be the thing that could help us with that? I know Allison B is is right up there.

Sure, we’ve talked about it. What, what are your. What are your thoughts on this, this next level pandemic and well, Allison B. Be something that can help protect us from that. Absolutely. So on a. You know the story on a personal basis. I spent a lot of time Indian shores. We’re at a beach house on go Boulevard there in here and swimming in the pool and all that. I had 47 years respiratory infections. Those led me in 2003, 2006 when my daughter was three years old and bringing all that junk home from daycare. It led me a lot of antibiotics tore up my GI tract.

I bled. I ate methylprednisone that damaged my pancreas. I became diabetic. Geez, I recovered from that. I was 36 at the time. I was about. I was very solid 245. You know, I recovered that crazy work in the phone company, working people all over the world 18 hours a day led to me in a bad diet, drinking Mountain Dews and other things, thinking I was invincible. I could beat anything. Well, no, it didn’t. So I continue to have those respiratory problems and all that into Covid. Fall 2019 I had long coveted and it nearly killed me.

So I was already fighting whatever the. I think I had sars. I didn’t know that I had this ancestral thing called EGIDs and eosinophilic and esophageal and gastrointestinal disease that was all part of this part of the GI and along I had no idea. I just knew that my life involved a lot of antibiotics, amoxicillin, augmentin and being sick, feeling like crap. And I had no idea what that long term damage would be. I originally thought in June of 2019 that I was. It was a bacterial thing. I didn’t even realize it was a SARS related thing in coronavirus because I would have been looking at that before.

So I had a pump sprayer. I was here. This is where I was. This is a precursor. What happened when I got long Covid in the fall, late September, after the military game spreading. This was not working in my lungs. And it was a physics problem. Right? And physics problem is with these Aerosols, they work okay in the nose, but you can’t get them in the lungs. So me being the chemist I am with all the physics and physical chemistry and all that behind me, I had to two problems. The other problem with this was when you mince garlic.

Minced garlic produces 4% Allison in the plant. It’s defective. That worked 2, 700 years ago, 2700 BC when those guys were building the pyramids, or 27 BC when the Roman soldiers were chewing it and then have all the lab made bugs. It worked great then. Now that we have all the lab made bugs, it doesn’t work. So you need to upgrade in the DNA code of the plant, just like you upgrade the DNA code of the virus. It’s a Le Chatelier’s principle. Each reaction has equal opposite reaction. So it’s kind of like, you know, tactical. In the field you have different reactions.

So here, this one was ethanol based. That’s just ethanol, but it was an ethanol based formula. And when I moved the reaction into that, okay, I had a lot of problems with one was I only had 20% gain. And I was concerned about the alace unfolding. But now that introduced the FDA and alcohol, tobacco and fire. Right. And that in the middle of a pandemic is impossible. You thought ivermectin, getting some ivermectin or hydroxychloroquine was difficult, impossible. So I’m talking with him and I’m asking them, well, you know, how is CBD not regulated or how is FDA not regulating medical cannabis? And they’re like, oh, those are processed foods or we can’t, we can’t regulate food or processed food.

And I’m like, oh, really? Well, how does that work on a recorded line with the fda? Well, we have a whole list of right here. Just go over and look. So I went over and looked and lo and behold, I found plant derived and plant alcohols, let’s put it that way, that are food grade safe, that billions of people eat a day or inhale a day and they don’t even know it, just cooking their own food. And there’s huge safety numbers and nobody’s ever died from it. And it’s what’s called every FDA generally accepted safe or FDA GRAs.

And I saw that and, and it was just like a high fastball from. I had some friends I played a lot of baseball with, I’ll say John Hudek, Houston Astros. And batting practice threw me a high fastball hit in the parking lot of playing high school. It’s a high fastball. And when you see one of those, you know where it’s coming. Okay. I played a lot of baseball. I love baseball. But anyway, that’s why all the hats. What happened with that was I, I took a leap of faith and I called my mentor, Dr. Robert Hargrove, Captain Level 6, Full Bird Visor, George Bush senior, call Hargrove up.

And I’m like, hey man, can we do this reaction in this? And what do you think about it? And do you have any information? Because I can’t find anything in any chemical resource at all. It’s not on the Internet, it’s not anywhere. So when I went, you know, for these food grade plant based things and it’s not there and at that point I felt like it was being hidden from the public. That’s the first thing I felt like I felt that emotion. One of the emotions was I felt like later down the road. I see why they hit it is over money and big pharma.

I see why they hit it. So Hargrove and I Hargrove, there are these things called the CRC handbook and Merck handbook. And these are, are like chemistry bibles. You look at them for solubility and stuff. He’s got more of these books for anybody, but he’s got online access as a very high level ACS member and military work, as well as professor who’s now retired. So he goes online and looks, he can’t find it. And then we have a discussion about theoretical solubility over Allison in the reaction. And so I moved it to that. And when I moved it to that, I got multiple things that occurred.

I got the reaction going from 20% originally 4% in the plant to 100. Reason that that occurs is because the reaction of alanase and garlic is inhibited by the solubility of Allison, which is 4%. There’s also two other molecules in scope here. Dial disulfate dads and dial trisulfate, which also have decreased solubilities in water even worse than allicin. Turns out those molecules play major roles in and in this discussion. So when I move it over there now, I not only drive that reaction 100, but I cryo protect it, which means that I can have it in a vial on a shelf at room temperature like my rations and store at 25 years.

I can carry it on me and it’s practical and it’s not going to degrade or go perishable, right? And so then that, that is because heating. All right, and this is a big deal. When I heat garlic in a frying pan, I cause the Allison to react with itself and it produces another molecule called ahoene. Well, it turns out that molecule is the one that a lot of people eat unless they’re eating raw garlic, they’re eating ahoen. And it’s, it contributes to your cardiovascular health. Health and all of that. You’re not eating Allison. If you eat Allison orally, it’s not going to get, it’s not going to make it unless it’s coated.

And that’s another process. It’s not going to make it through the GI tract to be absorbed in the colon to then make it to the surface of your lungs in one millisecond. So what I did then was I said we’re in a pandemic. What’s available to me in this pandemic that’s everywhere, on every street corner and all the convenience stores and smoke shops and all that. What’s available to me that can be reused cheaply to people right now, they don’t need a way for some pharmacists or any of that. And so because of cbd and I had already used CBD in this technology, what I did was I took these vapor systems and I then worked on the formula and added more plant material from vegetables, non regulated to get the right viscosity.

Okay. Food grade. And it’s stuff you’re inhaling and eating all the time. If you eat vegetables, I eat a lot of them. Then when, and this is just an example of a Battery. It’s a 510 threaded thing. This is, these are 510 threads. This is a 510 threaded thing. It’s just a battery. It’s nothing more than a. Yeah, battery. That’s a bottle of it. But with this technology what happens is when I, when I, when I can keep it in my pocket, I can carry it on me. Okay, Now I’m taking a molecule that’s a hundred angstroms in size along with the other two dads and deaths, and I can put them on the surface of my lungs in one millisecond and shield myself from what I thought was those bacteria that I was after the beginning, the streptococcus called strep throat staphylococcus, the MDR strains in the hospitals that hurt people.

I was after those. And then I, and then, and then I was looking at the Allison chemistry. So friend Jeffrey, and you have, you have a background in this that goes all the way back to college, didn’t you do like some kind of PCR or something? All the way back in college? Yeah. So my undergrad, I have a chemistry degree in undergraduate, a bachelor’s and I have a minor in biology. I’m most a double degree. I was pre med before I was pre med before. Then my friend died as a senior in high school. He never made it out.

Had a conversation with Dr. Alejandro de Cassada, one of the founders of Gatorade. He’s like, scott, go to grad school, Medical professions getting nasty. I went to graduate school and I got. I had all these people dying around me, family members. I was not, not. I was like, is this my destiny? People with diabetes, Alzheimer’s, Parkinson’s, cancer, you know, loved ones and friends. And so I had to ask myself, wait a minute, is it smarter to go after the research and try to solve the problems? So I went to graduate school. I had a full ride.

I think, you know, a lot of it was not just Hargrove. I had U. S. Army Colonel, Dr. Crawford and Inorganic Chemistry, Physical Chemistry. I had Dr. Leslie Garland. Her father is a famous MIT Physical Chemist over there with John Deutsch named Carl Garland. I had mentors that I lost a lot of sleep over that pushed me real hard. I got a full ride in Nebraska when I got there. I had scholarship level of football players and I had two NIH doctorals that I earned for my work. And then I had an rn. All of it was paid for by nih.

And I got exposure to Nobel laureate. So I chose my field. When I got there, I come in as a purebred cancer. I mean a purebred chemist with physical chemistry, heavy background, heavy organic chemistry. I chose the biochemistry piece in cancer. That’s what I wanted to do. Cancer and aging. So. So mel. I like his New York accent with the telomere, chromosomes and telomeres. Right. So I admitted I first one was a project where the chairman of the chemistry department was a South Korean Samsung fellow. So we had South Korean military coming in and out. That was on the dmz.

They were trained in chemical weapons and they were guarding the DMZ and they came in to Alabama for the chemical weapon training. Then they came to Nebraska for chemistry and biological and then they went back to the DMZ. Wow. And. And Dr. Pill. Soon song helped a lot of that go on. So I got the higher level work there. What happened was my PI had failed several of those South Koreans out on a project. And that project involved a one kilobase gene. Well, in the. In the species that we were working in. It’s extremely hard in human cells to do cancer detection, especially in children because they’re growing in a single cell biopsy.

And the other thing was at the time it was impossible to literally measure the telomere length relative to cancer in a single cell biopsy and do it. So my problem was the gene that in the species we’re in had is a ciliate. That’s, that’s where cancer research started with Dr. Tom Check, 1989 Nobel laureate. These cells that they have have millions of chromosomes, whereas a human cell has 46, 23 from your mother and father. The problem with that is there’s not enough material to do lab work and have it detectable and do anything meaningful. It’s simply not a material.

So we’re in ciliates, right? We’re. Well here I am in ciliate and I’m looking for a beta subunit that Dr. Check found in Oxatrica and I’m in Euplotes. I’m looking for a beta subunit that caps the end of the chromosome, right? If this was a, end of the chromosome, it caps it. Well, we had the alpha, we didn’t have the beta and we were looking for it. Well the problem was that little one gene, it didn’t have a lot of signal, it wasn’t transcribed heavily and there wasn’t a lot of copies. So what I did was we had the first PCR machine that Carrie Mullis invented with David Gel fan attack polymerase is in the lab, Fisher Scientific.

We had it, we were doing PCRs and everybody was doing PCRs and we’re like, wow, it’s all new technology. My PI had oligo synthesis lab to make primers for the PCR. Down, sixth floor. We were using oligo software, AI software, just like the Chinese. So you asked me about the Chinese thing and one of the questions and concerns about that in the document, the publication relative to your comment about this new coronavirus is they said explicitly we are using machine learning AI in this effort for, for pathogen bio awareness which could be also interpreted on the double edged sword as bioweapon creation to do whatever we want in theater.

Remember, all technology is a double edged sword. I was using that technology then. So I started hacking 1980. I come in the lab and computers we use oligo. Oligo is like version 7. Now what oligo does is you when you do a pcr you design two primers. This is Carrie Mullis’s two primers, one for each strand of the DNA and it binds. And then you have your replication as you, what you do is you. You heat up the strands and they break apart and then you cool them down. So the primer binds and then TAQ polymerase, which is the enzyme that David Gelfand isolated for carrying Mullis, is the polymerase that does the replication.

So you have one, one double stranded DNA, you break it apart into two strands, you anneal the primer, you replicate both strands. Well, that’s a two primer standard PCR carrying Mullis Amin in that. What I did was I took those telomere repeating sequences off the end and I made one primer, both sides from the end of the chromosome and it replicated the chromosome synthetically. So I’m. It’s published. I created synthetic replication of chromosome. Now, there’s some danger in that, which you might appreciate in a minute, I’ll tell you. So when I did that, what happened was I ran the gel, I cut out the 1.0 chromosomes, I cleaned that up, I PCR’d it, and then I did what’s called a restriction enzyme fragment polymorphism, which is the identity method prior to sequencing.

I did that work and compared EUplates to Oxatrica. And then here comes Carol Greider, the 2009 Nobel laureate, along with Elizabeth Blackburn for telomeres. She gave me the probes for styling Nikki and I had. All three had styling Nikki here, I had Euples here, and I had oxatrica here. It was all radioactive material I was using for tracers. And I showed the relationship. And what I showed was we showed there was no beta subunit. It was a ribosomal thing and there was an evolutionary divergence in the species and it was not going to be of a lot of value to study.

But a little while later, that single primer, and this is another one, the second reaction. So that was the first PCR invented, right? Not one. David Galan comes to the. I was having a little trouble getting it to work perfectly. David Galan comes there. We spend two hours meeting, you know, down the room in the meeting room. And I increased the magnesium concentration and did trial and error with oligo and the design of the primers until I got optimal condition of the PCR. And then I went to sequencing with S35 radioactive material, sequenced it, and that was the end of it.

I put it to bed. I didn’t get kicked out of grad school. Instead I got an NIH doctoral fellow, so went that way. And then, then as time goes along with the pcrs, one of the Coolest things I ever did was all of a sudden we get these, you know, you get the vendors and they’re mailing you things. All of a sudden they mail a thing and say they can make oligo now and it’s part DNA and part rna. And so what, what I do there is it’s one oligo and it replicate both strands. Well, these strands typically would be blunt ended.

So then after you’re done, you put them in a little bit of basic solution in the RNA digest and they have a three prime overhang, just like a natural telomere in your. Where we can do lab work. Right. That was the second pcr, the third one, and you’ll appreciate this, the hacker mentality came out. I mean, it came out late. I was never allowed to work on the second one. This was upsetting. Shades of deep state corruption. I was never allowed to work on the third one. The third one will blow your mind. So I’m in the middle of all this and I’m like, wait a minute, I’m gonna play a bit game now.

I’m gonna play a hacking bit game and things are gonna get even better because, you know, you have to read all these papers, you have to read them for the group journal club. All things you’re forced in be current with the area of technology and cancer and aging. So Elizabeth Blackburn, I got to meet her at a Gordon conference up in Connecticut. Elizabeth Carol Grider. Elizabeth Blackburn and Jack So stack got the 2009 Nobel Prize for telomeres, the enzyme that maintains the telomere. Okay, Yep. So they worked in Tom Jack’s lab. Okay. So I had to meet them.

Right. Got to meet those people. But I’m current in it. But the problem was that those people were doing their work in tetrahymen, another ciliated protozoa, because nobody, nobody knew anything about human telomerase. Nobody could do these assays, nobody could do any work in humans yet. And I was like, wait a minute, there’s a pathway, there’s going to be a pathway from the ciliates, the humans at some point. And the bit game that I played was, it turns out in DNA you’ve got four bits. They’re known as G, A, T and C, and they’re nucleotides, they’re molecules and they’re on a polymer, but they’re really bits.

And what I did was I played a bit game. So the telomere in a human is only three bits. And when the organism I was in was only two bits, okay? And it and, and so what I did was I took away the G and the C or I took away the T. I’m sorry, I took away the T and the A. And I only use the G and the C nucleotides, Half the nucleotides and carries reaction. Okay. For the pcr. But one of the things I did was I took that telomere and I took terminal ligase and I added a poly tail to it.

Then the primer oligo that I had synthesized down in the lab was a poly T. Take that poly T. And I labeled it with P32 and now it’s radioactive. And I binded it to the telomere and then I added only 2 bits and I PCR just the telomere. So now what I can do is I can run sequencing gels and tell you the length of your telomere in a single cell biopsy. So I can test a normal human cell on your body, and then I can biopsy a single cell on you and tell you how long your telomere is in your tumor.

And that is a signature of your cancer type. Wow. So when, as you age, your telomeres get shorter, right? Supplements like the ones that, that, that Mel and other folks talk about or resveratrol, Dr. Singer or Jack. So stack TA95 and all these things with how you eat food, how telomeres maintains or extends your life through telomeres or telo years. I invented the reaction. All the companies, okay, went public domain. My PI didn’t want to patent anything. Went public domain. So all the companies, tila years, everybody, they steal all my stuff to now they’re like, oh, you know, we can measure your telomere length and your real age and what you’ve done to extend your telomeres with these, these supplements that will help you.

So I was there at the beginning of that, and, and I. It upset me. And that’s when I got in a big fight when, when, you know, I was discriminated upon because I was not allowed to publish my work with the 3.84 GPA. And I did projects and I brought over $680,000 into this person’s lab. I helped her get tenure at a time when there was only 18 percentile funded by NIH in the country. And I’m dealing with Nobel laureates and fighting with Nobel laureates. So in the middle of this mess with the PCRS is the telomere binding protein in our species that hadn’t been solubilized in 10 years.

So what. What happened with the PCR for covet and that, okay, the. All these. How do they. How do they screw that up? We’ll jump back to that. The problem there is notice that I use PCR in a very advanced program for research and molecular genetics, right? And nowhere did I use it to try to identify everything. I told you the way I identified. I did a digestion enzyme RFLP assay, and then I did sequencing. Those are the trident true ways of identity. The problem that you have with PCR, okay, and this is the problem. You got 40,000 in one coronaviruses.

And I just told you I designed my primers with oligo for specificity. Yes, well, when you have those, they’re literally we’re sitting here on a zoom call talking in the real world. You and I are covered with viruses right now. They’re not infecting us. They’re not human. They’re for dogs and cats and birds and stuff, but they’re honest. They’re in the. They’re in our house. They’re. I walk outside, and there’s also bacteria on us, and we’re breathing in that bacteria. So you breathed in some fog. Anyway, we’ve all breathed in some fog over here. But the point is, they go airborne, they’re on us.

All that’s going on. So now what happens is I swab you, right? And then I take a sample and I put it in a PCR machine. What can happen as a result of that? Two things can happen. Number one, I got your DNA. I can use Scott’s reaction to amplify your DNA and put in a database, and I know your identity. Okay? Worse yet, if you’re a federal judge, I can. And this. The vendors who make the machines told me this conference over here, there was a lot of Alphabet people there too. They have the same machines.

It doesn’t change. I can take federal judge’s DNA from his coffee cup, his nose or whatever. I can amplify it and put it a crime scene, and they can’t tell the difference. The circumstantial evidence in the courtroom, that’s a problem, right? That’s a big problem with where we’re going in reality. All right, that’s one problem. So then they pair your cell phone. Oh, you’re there. We got your DNA. Okay, what if I fudge your medical. What if I fudge your CDR records? Want to hack in that and do that? Oh, you’re in a lot of trouble.

So the. The other thing is, you got 40,001 of coronavirus so what happens is primer selectivity in the binding. When I do your PCR reaction, if it’s not very, very specific. Okay, so specific. Then it, it won’t have interference. Then it’s going to create all kind of positive results that aren’t true. Yep. And I’m gonna say to, I’m gonna say, okay. And then you have to worry about cross species. Well, then I’m gonna say, oh, you’re in that and your test was positive. And then you can say things like, oh, I’m just gonna dial it back and I’m not gonna do so many cycles.

That might work for somebody who’s a, you know, not real hardcore science and hadn’t done PhD work. But that’s a big no, no in research. That’s a no, no, no. Never gonna happen. Never. Because the real one is the real story. And how they do it in the microbiology side of the house, when they swab you for like, or they swab your throat for strep throat, or they do that, they go through a barrage of microbiology plating assays to identify what bacteria you have or what virus you have. That’s the tried and true way. Okay. But even then, to have to pick that colony and then do sequencing work to be 100% accurate.

So the big lie there, in my opinion, with Matt Pottinger and the other people and Deborah Burks and the other ones involved, because there’s a lot of relationships there without little PCR business that made a whole bunch of money for a whole bunch of people. Oh, yeah. It’s not, it is not an accurate. And even the Quest labs and other people will, will say it’s not a guarantee. And it’s not because you have interference. So how do I know I didn’t, I didn’t get the bovine or the feline or the canine coronavirus give you a positive.

I. You don’t. And so what. Here’s the real way to do it. Here’s the way I recommend for everybody that should do it. If you’re normal and you’re not sick, your immune system is not active and going to town on some pathogen that’s harming you. Right. So what can you do as a, as a person who’s concerned? Or what will you do? Or what will your doctor do? And what have they done since basically the 1930s and the 1950s? They say, Want to take some blood? Look and see. And the first thing they do is they do a CBC with diff test and they look at your Five white blood cell count to see if you’re fighting.

Okay. Then if they don’t see that, okay, they will do an antibody test. And there is such things as a SARS CoV2 antibody test. And what that test will do is it will tell you if your body is making an antibody of the type IgG or IgM, and those antibodies are involved with those white blood cells in a fight to protect you. So if there’s a response like that, you know you have a problem. Now you combine that with other things. Maybe I have some Covid. I’ve got SARS cov2ab. I’ve got lack of smell and taste.

I’ve got. I don’t feel well. I got some brain fog. I put things together. All right, Put them together and now you know you have it. So it’s, it’s not going to be easy to say I’ve got exactly this strain right here unless I go through the research grade sequencing and that we’re talking what used to be big money in a radioactive thing and take several days. It’s cheaper now, right? Veritas can do it for you and a lot of other companies. It’s cheaper now, but it’s, it’s still not at the practical level. And meanwhile you’re sick and the clock is ticking on you with damage.

So you’re taking punches. And what are the thresholds of those punches to the point of damage and remodeling in your tissues and the point of no return, which is what we see with long covered people and which is where I was, where I was suffocating. I couldn’t breathe. I had brain fog, you know, I couldn’t taste anything. It was horrible. I didn’t know what was going on. So. So how long can your body sustain that? And then when is there remodeling damage? I have myocarditis in my heart using AI for that. So what are you going to do? You’re going to do those tests and we recommend, we recommend that you understand those tests.

Now where we get into the big debate and where the problems are, our people don’t understand today what happened to them. So they were given a vaccine which is effective and we could talk about why that is. But they were given a defective vaccine. It never worked. It harmed them. And the signatures from the diagnostic test that I just told you were in play and told these people that were having problems, but they were also in play for the retro virus. And all of those were born in laboratory. And now with a recent publication is we’re using machine AI.

Well, they’re using. I just told you I was using it back in the 90s. 91 and 94. It’s. It’s evolved. They’re using machine AI code. So as I go through this process and what happened the night of February 1, 2020, was Dr. Henry Nyman’s talking to Jeff Prince. He’s like, oh, the sequence is available from Wuhan 1, the fish market. Okay, let’s. Let’s go look at that. I go look at the sequence. I pull it, I look at it, and I’m checking it for cysteines and disulfide bridges. Because I was looking at Allison and the bacteria chemistry that.

That was causing me all the re. Respiratory infections. And I knew about the sulfur interaction and I knew about the viral stuff because I took antibiotics for a month. It didn’t cure the ear infection. Then I used it. I used the. I used the. The garlic, olive oil. Garlic oil, lamolan and mulan in my ear to kill the virus quickly. And then I was looking at all the chemistry of that. So when that hit, I went and looked at the spike protein, and I went and looked at the envelope protein next. And I look for cystines, and I look for research in sars, the precursor.

Because the way this works is in research are always building a scientific foundation. Technology builds. You see all the curves of technology, especially in one of the ones that we’re looking at now. It’s very important with AI is a singularity in AI. And where we were in 1947 in Roswell, we went from the, from the vacuum tubes to transistor. And where we are now, and Elon Musk said the other day, the singularity is near. Well, Kurzweil’s been saying that for a while. We were looking at that Verizon related to all the things that we talked about today.

But where we are is at the doorstep of sentient machines with a consciousness of their own. That’s a hybrid. And neural, you know, the brain computer interface neural link is BCI 2.0. Theodore Berger, what he did with BCI 1.0, he’s now working in ARPA to help wounded soldiers who lost function. He’s gone black. Now Musk arrives. So we’re talking about these in headsets in China and UC Berkeley. And I’m in the middle of it. And I did coding with the headsets, right? So all of that’s in play with everything that’s going on. So I get the sequence.

I go say what’s going on in SARS I go look, I see two publications in the Journal of Virology, one in 2008 and one 2009. 2008 is for envelope protein, 2009, sort of spike protein. And what the papers are about is it says coronavirus is a family in genbank. And they all look alike. You, you know that family picture where all the brothers and sisters are there and the trees broken down, they all look alike in a picture. That’s what happens in coronavirus. That’s why that PCR doesn’t work. They all look alike to the pcr. Can’t tell.

So. So I look at the paper and in the paper what the paper said for both of those was very important. It had the sequences lined up both for spike protein and envelope proteins of sars, of bovine feline and all these other coronaviruses. And it pointed out that the 2D protein sequence that folds into a 3D nanomachine, which is what it is, protein, spike protein or the envelope protein, was conserved in the whole family. You know, the facial conservation of the genetics through the bloodlines. It’s conserved and it’s disulfide bridges. So what did they do in those two papers? They did something that in research is a signature, it’s a behavioral signature of what is to come and what is.

And I’m going to tell you exactly what they did in the spike protein. They knocked out one single amino acid that was a cysteine and they injected these mice with sars. And in the mutant version, normal mice didn’t die. Not a control group, of course, normal mice didn’t die. Disease mice didn’t die. Without, without the mutation they died and, and the disease ones died quicker than normal diabetic mice. Right. Well then I said, wait a minute, let me just take this SARS COV2 sequence that Dr. Nyman said over here and line it up. And it was 100 match.

And then Omicron and every variant that we saw after that, there was never a variant that had one single cysteine mutation. And every variant, no matter where it came from. And I can tell you the origins of where they came from because it’s a deep seated thing that goes back way further than Hong Kong, way further than 2004. And it boards balls. All kind of research and Fort Collins and other bioweapon places we don’t even know. Maybe they’re gone now, it doesn’t really matter. But what it was telling me was that, that Sistine was a target and the reason it was a Target was because the work that you didn’t read, you only read the Journal of Biology.

You didn’t get to see all the other work from all the stacks of the lab books. And the guys that broke the rocks did the work and killed themselves for it. You didn’t see what got them there. You only saw what it was. They had been working hard to figure that out. They knew the biological target for a pharmaceutical that was the antidote. They knew it then when they did the publication. Now, where does that research go from? It goes right back to Peter Dasick and those folks at USAID in the backdoor funding from Fauci and all of that.

Wow. That’s where it came from. So that’s the Spike protein. Now, that was that piece, that was my favorite discussion of these pathogens, which are. They’re. They’re in a bigger class of pathogens. Okay? They’re in a much bigger class that involves nanomachine technology, which is where AI will help us. Right? This is outer membrane protein. It’s a spike. It doesn’t have any sugar on it. Your body can build antibodies to this. And that antibody test over there will show you when it’s building the antibodies, and it’ll show you when this is gone. This is my beautiful egg model of the trimer with the three subunits for the spike protein, the SARS CoV2 with a furin receptor right there.

That was put in. What happens is in G Knockout, this thing is like that. And it was in that 2009 publication. And your body can make antibodies to it. Doesn’t hurt you. Well, what is significance of that, Allison, is textbook. It’s 100 Angstroms in size. This is about a 12 nanometer size thing. It’s small. And so I have images of it. It’s so small that this camouflage, that is sugar that doesn’t exist here on a normal protein. It’s glucose. Well, because it’s glucose, your body can’t make antibodies to glucose. Otherwise you’re dead. You have no energy.

All your. There are five energy pathways. The major one is sugar. It’s glucose. This is sugar coated. Your body can’t make antibodies to it because it can’t recognize it. And so what happens is your body keeps trying. And now you got a cytokine storm. And the mistake is, instead of the ant, your body’s trying. It’s hardest to do it. It can’t hit the virus. It hits you. It hits an organ, the heart. Brain lover. And now. Now you see. All right, but where does that also come from the vaccine. Right. Because vaccines making the spike protein.

It’s making the same spike protein that the virus makes. All are made in the lab. All are made in the lab with AI and people doing the research the level I told you before. So. Wow. Yeah. That it’s bioweaponization. In my opinion, we graduated from a cyber war that started around 2010. In about 2016, we graduated from the cyber war with the computers in that curve to the bio war. And now these are the codes in scope. So what the beauty of that paper was when it showed me that I then pulled the crystal structure Osars Cove 2.

I. Well, I immediately knew. Go file the patent March 23, 2020. There’s all kind of wet chemistry. Disulfide bridges and coronavirus. It was game over then, but I went and pulled this crystal structure. And the crystal structure for SARS COV2 came. By July of that year, I was already in the patent office. We had other coronaviruses and then we had SARS COV2 that came in science and it showed literally not just the sulfur and all the, the. This is, this is a nanomachine. So as what’s called irreducible complexity, which means it has to have all its parts or doesn’t work right.

Well, this is a very complex thing. It’s like Humpty Dumpty. It falls, it shatters. Can’t put it back together again. It turns out H5N1 has one like this too, but it’s not as complex. So this is actually a better target. It’s more fragile. It actually is fragile like an egg. It will crack open with that 100 Angstrom molecule. So how do I get that 100 Angstrom molecule on the battlefield? I drop them in with a helicopter or they high dive in, you know, like the guys that come from 200,000ft or paratroopers or whatever. No, this is how I do it.

Okay. I take that, that real gas, it’s plant based, and I put them on surface of my lungs in one millisecond. Boom. I don’t need to wait, cook food, digest food or do any of that, that sinus problem. And the reason they were swabbing people so far up there by their brain and all that is because these viruses are capable. They’re so small. They’re about 120 nanometers. They’re capable going way up deep in those sinuses. And so more physical chemistry comes when you inhale this real gas. And do what? I’m going to show you how to do you exhale it and you pressurize your sinuses and all up here, you pressurize it and open it and treat it topically in a few milliseconds.

And so the problem with these aerosols, they fail at that. So once you do this one, including the ear canals. There you go. And pressurize it. It will dilate it. Now once it dilates it now you can take full advantage of the ethanol technology, which is just Jack Daniels right here, 80 proof, favorite 80 proof, and wash it. And if that stings, you got an infection. The sugar left over from the fermentation in this will rebuild your mucous membranes right on the spot. So you do that a couple days in a row, and maybe day three, it doesn’t sting anymore, your infection’s gone.

That’s a phenotypic observation. And you can also, after you use the alcohol, you can use something like flonase, which is a histone type thing for allergy people. I have allergies too. That will, will help you there. Oh, yeah, there’s the new website. So, yeah, it looks great. Wow, you got a lot of stuff in it. Now in here you’re. You’re talking about. The potent compounds provide natural protection against respiratory infections, including coronaviruses, bacteria, influenza, and other spike protein outer membrane pathogens like you were just describing. So. Wow. And then it basically has shown to combat cancer and tumogenesis by inhibiting telomerase and the vascular endothelial growth factor.

So kind of like what you were talking about when you’re all the way back in college getting all these, like, top, top of the line doctors and chemists and everything, you know, virologist, you know, teaching you, helping you, grooming you. And you’re obviously, because you got like these big brains and you’re like, you know, figure all this stuff out. You’re way ahead of the curve. And because of that and all of your other, you know, stuff that you did, you know, different agencies and so forth, you’ve learned how to move in this, these environments and, you know, come up with a product.

Now, how is your patent going? Okay, so anyway, computer analytics is important. So I’ve leveraged both. I’ve gone back and forth, gone back and forth and that, and the, the anti pathogen technology tab, which you can go into. Okay, so it’s actually, if I eat something, it takes 48 hours to be digested and go in your colon, that’s approximately 170 million times slower than one millisecond. That’s a spike protein. The Little yellow atoms are disulfide bridges, and I just drew lines to them. But look at how small Allison is. I just showed that little molecule at the end of the red line.

Excuse me. That’s Allison. It’s that big. It’s a hundred angstroms in size. It’s so small that it goes. It goes past the sugar molecules that are camouflaging it that the antibodies fail at. So when. When we look at this one protein, Humpty Dumpty here, which is what I like to call it now, because H5N1 is not. There’s the envelope protein. So that was the second one. Now, the envelope protein. If you were to call this the round capsid with little spikes on it, the envelope protein is like glue. It holds it together. That is the other paper from molecules where if you shatter that glue now, what happens is with that capsid, that hasn’t infected you yet, that’s sitting on you, along with the bovine ones, HKU5, which could mutate, which is what this Chinese paper is about, right? It will break open.

And when it breaks open, that little RNA code prize inside that it’s carrying will pop out. When it pops out, it gets digested immediately on the surface of the lungs. And so even if that. Even if that capsid infects you at that point, it’s not carrying the payload. And it’ll just be cleaned up. Spike protein will come in. It’ll be cleaned up. You won’t have the storms and the other stuff. So the end of that story for me was those tests that I told you that you can take. My white blood cell count went normal. My antibodies went normal.

All the IgE antibodies, which was the other thing related E gets disease, I have, went normal. Right? Those tests were subpoenaed by Ashley Moody, the Attorney General, State of Florida, before I met the Surgeon General. But look, they’re admissible in a courtroom. Okay? So when you. When you help people philanthropically, like I did, first, because I was scared to death, I didn’t want to go in a courtroom and get in all these fights there weren’t necessary over processed food product. I gave it away to people. And I let those people gather medical records and medical information so that they could stand in a courtroom with me and testify as a fellow American with their court records, the truth to their experience.

And I got a lot of those and videos or, you know, you. You’ve seen the technology yourself. But the point is that there’s two kind of people in the world, the ones you can trust and the rest and you know, and that’s the situation. So with everything that was going on, that’s why I did it that way because on to understand the game that was played with FTA it was going to be at least $5 million to, to get to the point with a reagent grade drug which can be made for these, this patent can be made.

It was going to be 5 million to get that window and then I was gonna have to go back and do 5 million more and then they could have told me, they could have Anthony fouchied me, they could have just said no and shut me down this path. It couldn’t. Now the problem with the patent and what’s going on there, the real truth is I filed it March 23, 2020. I was talking to Johnson and Johnson and I was talking to all kind of people. Millions of lives could have been saved here. I know what I was going through.

I understand. I’m very compassionate. I, I’ve listened. I, I spend a lot of time interacting and listening to people on X and also through people like yourself and through these programs, through the chatting and, and the enablement of social media. Listening to them and listening to what their experiences are and what’s happening. Okay, we could avoided a lot of this with honesty but what, what we had was we shut down transparent science and I’m for transparent science. That means I want to see, I want to see all the benchmarks for Ivermectin, I want to see all the benchmarks for Brian’s nicotine stuff, Dr.

Artist. I want to see all the benchmarks for ACQ and any other method anybody has and I want to see mine and I want to see them in a transparent way and I want to let the public make the decision on what they want to do with what their wallet and what they want to experience be there in their head and theirs. Not some government group with a big pharma motive over paper money. That’s what I would see. So now it’s I’m with lawyers, I’m fighting with lawyers. March 20th 23rd. Well now where I am with this fight is, is has now advanced where I gave senator Rick Scott affidavit of the truth.

There is a foreign entity that is trying to take this technology. There is what I consider unprofessional, unethical, unmoral behavior in the United States patent office involving 200 P tab judges that were non constitutionally appointed and they’ve been there a long time. Sounds familiar. Familiar government story. And they, they Never created technology. There’s this foreign entity. So now I’m spending even more money to go in that place and have my legal representative, who’s a medical doctor from University of Columbia with a patent degree, argue this. And the, the shameful part about it, the good part is I’m in the patent system fighting.

Oh, you’ve had so many patents and you get them like, boom. Because you prove it’s, you got to prove that you, you know what your patent is, what you’re trying to get. Patent works. And this works too. And what I like about it is I have this highlighted. You have it highlighted, but I have it here on the screen. It’s also helping people that have been vaccinated. So not only is it protecting you from all the stuff that’s out there, but it’s also, if you’ve been vaccinated, it goes into, and you talk about it right here, go into detail.

So I highly recommend everybody go to the website and, and read through this. Just educate yourself. The minimum, but it’s, it’s amazing, you know, what you’ve, what you’ve come up with. Well, that particular reaction. So I’m, you know, I’m, I don’t sell selenium supplements. There are six formulas in the patent. So there’s other things there. There’s a selenium formula that one requires all kind of safety testing and, and that is for people that are extremely sick and they’re, you know, they’re about to go on a respirator and God knows what they’re gonna pop them with and, and all of that.

That’s a selenium based formula. Why, you know, it’s not available on the market today. So I tell people, I say, look, go eat Brazil nuts, 50 micrograms of Brazil nut of selenium, or go buy the cheap bottle from Puritan’s Pride and it’s even cheaper. And there you are. So the reason for selenium is we are machines. We are DNA coded machines. We were created and coded. And there’s a methodology behind it and the engineers of that, they were smart enough to put back doors in. And so it’s a very significant thing where it turns out there’s an amino acid called seleno cysteine.

And when these proteins are being made, there’s a stop sign. When you’re done, when you’re done making a spike protein, there’s a stop sign. And it doesn’t matter if it’s an MRNA injection, a plasmid contamination, or the retrovirus It. It has to stop at that stop sign. When you eat the selenium, what it does is it. It. And this was all found in studies in the soil in China in both SARS. It was also MER studies and SARS CoV2 with Dr. Ethan Taylor. This is work in HIV, all published. We cite it in the patent. When you eat it and you have it in your serum and in your cells, it’s available.

Okay. Will. The kinetics of that will not trigger. When you’re an adult and things are normal. It doesn’t trigger. When it triggers is when you have a pathogen that invades your body through a vaccine, transfection, or an infection. And it. It imposes. When it. When it infects you. It now wants to hijack your DNA operating system to make its nanomachinery. Okay? And that nanomachinery is spike protein. And the viral components to do harm to you. Well, I always like to use the boxer analogy when. When I take the selenium and it. That stop sign, it’s like the guys that came out remove the stop sign.

The machinery that makes the protein blows right through it. It doesn’t. It doesn’t make the spike proteins. Right. It’s like a boxer. You’re throwing jobs in the early rounds to wear out your opponent. And now what happens is the Allison is like a right hook or uppercut when your opponent’s weak and tired and you hit him with that. So what happens is now it stalls it. It’s a denial of service. It’s like all that cyber hacking. Remember? I was a. I was a hacker in the 80s as a kid, before I was a white hat. It’s.

It. It creates a denial of service for. And it’s not just. It turns out it was engineered. The probabilities of these things, they’re not random. No, they’re engineered and there’s a reason for it. So you. You. You use the cocktail to your advantage. And that holds true with H5N1, except the difference with H5N1. And you’ll see more of this as. As the website evolves and we put more there with the cancer and everything else. H5N1 is a simpler protein, but because it’s a simpler protein, it’s not like Humpty Dumpty that’s hard to put back together again.

That’s a good thing. It’s. It’s a different one and it goes the. The sialic acid receptors in your bronchial tubes. Siberian chaga mushroom, in fact, has betulin in it. And it will hinder the rdrp. So the gastrointestinal problems and the flu like symptoms, you take a thousand milligrams of that two or three times a day along Allison will. It is what is called broad spectrum for the influenzas. The RDRP polymerase that replicates the influenza is the target of the bachelor in Siberian chaga mushroom. And then you got the selenium. That cocktail works very, very well with the influenzas, including H5N1.

And so remember that one, guys. Siberian chaga mushroom and the selenium, along with Allison, really hyper, you know, makes us go way bigger, way better. It’s already phenomenal. But that’s. I’ve been using that since you recommend. It’s really good. So I, I haven’t unfortunately have another show coming up. But no. 100 micrograms for female. Don’t overdose. 200 micrograms selenium for male. Yep. So when you, when you have your vape pen, guys, and you fill it with the Allison V, so that little capsule right there is full of Allison V. And these are, these are so simple to use.

So you just press on it, it activates it and you inhale. So you notice how I, I put it up in my nasal cavity like he was talking about. The virus can go way up there. Bacteria and everything go way up in your nasal cavity. So that’s what you’re doing. It’s almost like you’re doing a valava. So I hold it my lungs, so it’s coating my lungs. And then I press it up into my nasal cavity. It coasts my nasal cavity. It eliminates everything. And also it basically goes into your system quicker that way. Right. Extremely quick.

So I was just going to mention in milliseconds, it’s in your pulmonary tract, your heart, which is where myocarditis and these coronaviruses and the sugar coating. Excuse me, causes it. Sorry. Take lisinopril for high blood pressure. Makes me cough. It goes right in your heart and then your heart takes it to your brain. And so the amyloidosis and the brain fog and the loss of smell and taste, it’s the same pathway. It’s the battlefield for the coronaviruses and the respiratory infection. You’re engaging it in the battlefield. Instead of, I take some oral stuff and I’m, I’m over here, the b.

The bottles over there, that kind of thing. And, and also the IV shots, they don’t make it to your lungs, especially iv, but it’s in your blood. And the value of that is cancer. So it the battle that you’re fighting with the pathogen, but cancer too. And so with cancer, cancer’s feeding off of your sugar and your nutrients in your blood. You’re right there in one. A couple milliseconds, it’s. It’s there. And then the protocol for the cancer is the selenium with the Allison B. And then it’s also the 222mg of fenbendazole to choke the glucose uptake and robbery of your energy.

Which is why people that die cancer are so skinny, because all their first. All the sugar’s taken and all their muscle tissues taken. Taken. And we can do a whole another discussion on cancer another day, but we will update the website like we’re doing now. There’ll be any cancer health technology there. We’ll discuss it all and try to put in layman’s terms and not go off on a tangent. And I know I can do that. I can, I can put, I can get it to a point where you gotta have toothpicks in your, in between your eyelids to keep open and foreign.

We’ll put another tab there for cancer and we’ll have all that there. And then we have third party diagnostic there, social media interviews with different people, and we’ll do our best to, to increase that now that we have a lot of content and can help people and then do referrals into, in the people that, you know, do testing or things like that. Oh, fantastic. Well, Dr. Perez, it’s been a pleasure and an honor have you on your serving humanity. Really great. Hopefully Pam Bondi will help you get your, you know, go get you through the. She helps with all of it.

So long story short, don’t worry about hku. It’s MERS derived, it’s in the family, and it’s. It’s our worry. The big worry about that, the really big one that I have to worry about right now is we’re seeing a lot of unusual behavior with the chickens and the eggs, right? And what, what we got to worry about is AI being used against us in a zoonotic way to impact our food stocks and harm us. Because if we’re gonna, if we’re gonna get healthy, Maha. And then we’re gonna maga. We got to get healthy first, Maha. Then we go do MAGA and build things in America again.

That’s it, right? So I pray that all these people like Pam and the others, they. They help us, enable us and you know, even Elon and everything help us get there and get our country back and get our lives back, and. And then we can use that Starlink to go to Africa or these other places where you have countries and. And come there in a. With our hands out in a partnership way, instead of maybe some of the ways we have in the past that didn’t work. Well, totally agree. All right, sir. Thanks so much, and I hope you guys enjoyed it.

Man, this is good. Everybody should be in it, be using it. Come over to this side of the bay sometimes. Definitely. Oh, yeah, definitely. I have some surprises for you. I’ll tell you about them later. Okay, great. All right, everyone, lots of love, and we’ll see you guys next time. Peace out, brother.
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