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How you feeling in there? Oh, like it's the end of the world. So, I'm going to take you in the chamber. You'll see a little pink cloud come in. Okay. Where is the aerosol going to come out? Right out of that hole. See you in a few minutes. This is already terrible. Three, two, one. Here she comes. 50 random strangers were invited. They are not actors. They are not being paid. And they don't know that we are actually running a covert experiment to determine can you create a mindcontrolled assassin
and make them forget what they did. All right, I should get backstage. Here's how this works. Hypnosis isn't anything strange or woo. It's literally just I'm your guide and you're following along with the instructions that I'm giving you. People are skeptical about hypnosis. Trust me, I was too until I learned the science behind it. And here's how it works. Let's try a really simple exercise. First, a hypnotist narrows your attention to one thing. It might be a voice, a task, or your own breathing.
Put both your hands out in front of you, palm up. Turn your right hand palm down. The body relaxes and the part of the brain that evaluates and edits information quiets down. Keep your eyes closed and listen to my voice. Next, the hypnotist guides the brain into a more flexible state. And take a deep breath in through your nose. Let it out through your mouth. Your critical filters soften just enough to explore new emotions and perspectives. Then comes the suggestive phase. Through calm, repetitive language, the hypnotist introduces specific suggestions and reinforces them.
I want you to look at the back of your palm down hand. And imagine tied to that wrist were hundreds of helium balloons. And imagine in your palm up hand was a bowling ball dragging that hand down. And as I snap my fingers, one hand gets heavier, the other hand gets lighter, higher and higher, heavier and heavier. And now you can open your eyes and look at your hands. But here's the catch. Not everyone can be hypnotized. Some people struggle to focus and resist letting go of control. But Max isn't trying to hypnotize everyone. He's looking for the few. The few who can give up that control. Anybody else? When they opened their eyes, they looked at their hands. Their hands were very far apart. Could you stand up and go to the stairs and just
let go and stop? Give me the name tag on the person with the goatee right now. Noah, thank you. Uh, Delaney, could you come down to the front? You can have a seat for now. Dylan, could you join us down here on stage? Give them a round of applause. They're doing great, by the way. Could you join me? No. I have a seat there. Look beneath the sides. I shake your hand. Sleep deep all the way down. Deeper and deeper. Sleep deep all the way down. Max is shaping this entire crowd. It's really quite incredible to see. In a moment, Noah, you're going to open your eyes. And when you open your eyes, time will not have passed. You'll
remember coming into the show. But most importantly, you've never been hypnotized. One, two, wide awake. All of you open your eyes. Feeling great. Good. Can you stand up? This is a super important because if Noah doesn't remember being hypnotized, we can erase his memories. Cool. If you could just get back in your seat because we were in the middle of something. Sorry about that. Yeah. Thank you. H how did you end up at the show tonight? Like why did you come?
Have you seen someone hypnotized before or you wanted to be hypnotized or you're curious about it? Just curious. Just curious about it. I've always wondered what it felt like. Right. So, you haven't been hypnotized yourself? I don't think so. Maybe you were hypnotized and you like at a show or something and they made you forget or something. I don't know if that's possible, but that would be I don't think that's possible. Oh, yeah. He shows all the psychological and physical characteristics that we're looking for to be suggestible under Max's control.
Okay. All right. Hi. Nice to meet you, Chris. Max, hello. Yeah. Relax your hand. Good. Give it to me. Good. Push down. Look at the back of this finger. Good. Look right here at this finger. Look up at me. Can I hypnotize you? I don't think so. Okay. Well, do you want to be hypnotized? I do. Okay. Go back to your seat just for now. I'll explain. As predicted, not everyone is susceptible to hypnosis. So Max continues working through the audience trying to find the most suggestible, the most programmable potential subjects. Sleep deep. All the way down deeper.
Clyde, the next time that you hear this clicking sound, you will stand up. You will walk over to the bookshelf, you'll place your phone on the bookshelf, and you'll come back to your seat and you'll close your eyes. This is exactly what we would have to do with a mind controlled assassin. Give them multiple tasks in a specific order of operations that they have to execute. And Clyde is following orders right now. At just the click of a pen, he did exactly what he was supposed to do. One, two, wide awake. Open your eyes. I am watching in real time something that I thought couldn't be done. Like, where's your phone? to my pocket.
Max is manipulating, shaping, growing trust, build. He's influencing these people in minutes. Thank you for trusting me with your time and your attention. My name is Max Major. You guys have been great. Thank you so much. If you had a person like this in the field, you'd be able to execute a wide range of operational objectives. I mean, this is incredibly valuable. God, what the Holy smokes. We have some. That was incredible, man. So, this is our new warehouse. We just outgrew our last one. This is our new system, which is basically taking what we do to a whole new level. These drones will fly out of the box, do their whole show, finish,
and they'll land exactly back inside of the spot that they took out of. I'd say out of 2,000 drones, maybe one will miss their slot. That's how accurate these drones are. Now, when I was in the military and when I served at CIA, the drones that we were dealing with were gigantic. They were the size of a Volkswagen Beetle and they would carry out reconnaissance missions, surveillance missions. They would drop missiles from high altitude. So, this is the whole motherboard. This is what the brains are of one of these drones. This is it. This is a drone. They barely are heavy enough to have to be registered with the FAA. That's how light they are.
When I see the drone light shows coming in, especially from Asia, I can't help but be intimidated by what could be done with a military grade drone. Is there a onetoone correlation there? A lot of the components are the same. Um those are the same drones that could be used in a military application. When you take all of this and you apply it to New Jersey, it's not so much that we saw some amazing technological advancement that we'd never seen before, but I think it was more that was happening in a space and in a pattern that people had not seen before. But I think there is a weak point in our airspace, low altitude. You know, we don't see a lot of things operate in that airspace.
You know, 0 to 1,000 ft is maybe if you live near an airport or a helipad, you see activity, but otherwise you don't see anything. Graham is right. We've all seen the movies where drug runners skim the ocean to avoid Coast Guard radar. So, when it comes to tiny 5 lb drones operating at treetop levels, you can imagine how hard it would be to track these. But remember, a lot of the sightings were craft much larger than this. What do you think was happening in New Jersey as experts in drones?
I go back and forth on whether it was our own government, you know, maybe a radar detection, jamming technology, or maybe it's even a social experiment, like how are people going to react to weird stuff they start seeing at low altitude? I got one more thing I want to show you. Uh, the guys had something up pretty crazy for you. So, why don't we step back outside again? Absolutely. All right, here we go. Ready? It's just incredible to think that every one of those lights in the sky is being controlled by one single operator, somebody who's on our side. But just imagine what would happen if somebody
with hostile intentions took control of those drones. What kind of damage could they inflict? Russian drones were spotted within NATO airspace, this time in Romania. If the government was running exercises to prepare for such an attack, they'd keep it under wraps. I'm investigating a weather control conspiracy claim that lasers were responsible for the 2023 Lahina fire in Maui, Hawaii. While Mark is monitoring the fire lab experiment in Montana, Natalie is taking me through her momentby-moment examination of the meteorological data that can help us understand the effects of the Lahina fire. So, do we know how the fire began?
What we're looking at here is a fire progression map. The initial fire uh was ignited in this area here just east of Lahina from a re-energized damaged power line. And the arcing of the power line is what caused the initial fire. There's cell phone images of the grass just below the damaged power pole on fire at the time that it was reported. So that initial fire was responded to and contained and then around 300 p.m. is when they got another report that the fire had been rekindled and it was that afternoon fire that spread into the town of Lahina. So the fire started on the east side and spread directly west. Yeah, that's right. And what I'm showing you here, the color scale, is actually what we call pressure
anomalies with unusually high winds associated with it. So based on this data, the wind and the weather and the pressure in Lahina was well outside of norm for sure. Very strong winds around Lahina. So the reds and the maroons are 70 to 90 mph. This is the first time it's ever connected for me that the people who were trying to cope with this wildfire were simultaneously dealing with a with a windstorm. This is one of the most significant new pieces of information that directly contradict many of the conspiracies. How would anybody keep control of a fire if they were trying to light it in the middle of a 70 mph wind? Even if it's
through a laser, how would you control a fire in winds that strong? Why would you choose this day of all days to try to burn Lahina? Yeah, these were truly, you know, extreme wind conditions on the ground. Back in Missoula, the grain bin experiment has concluded. Natalie and I are calling Mark to see if the results mirror the areas of unburned forest that witnesses observed in Maui. So, Mark, what were the results of the experiment? What did you find out? Okay, this is all that's left of that fuel bed. You can see just one little bit, which is interesting because the whole thing was
engulfed in flames. The wind is all coming out of the holes on that duct. Burning material get carried by the wind and pile up over on the side over here. And you can see that little pile of ash that's accumulated here. The principle is that this stuff could be rolling across many, many streets, across fields and ignite fires, downwind in many places. Mark, what would happen under conditions like what we had in Lahina with sustained winds up to 70 mph? Yeah. So, there are still live coals underneath here and if you increase the wind even on something like this, it will rekindle and begin flaming.
There really is strange movement of the fire themselves. There really are moments when you would think a fire should be out, but it's rekindled almost without explanation. Yeah. And if I had enough breath left in me, I could keep blowing on that and probably get this to transition to flaming. So there is very real evidence to show that fires operate in very unpredictable ways. But the idea that the conspiracy of space-based lasers or some sort of, you know, mass forced migration by the ultra elite, we can't prove that from what we're seeing with wildfires.
Yeah. I think to me it's just important to keep in mind. Usually the simplest explanation is probably going to be the most likely and the best one. This is one of those conspiracies that's so fascinating to me because it's rooted in survival instinct. So I am here at the aerobiology laboratory at the University of Colorado in Boulder to learn how viruses are safely contained and more importantly if it gives us any clues to the reality of a Wuhan lab leak of CO 19. What kind of a lab is this? Most of our mission is to kill bad things in the air that you breathe. Our lab is the seat belt for lungs. So, we're about to go into an active lab.
Kindergarten rule. Keep your hands to yourself. What we grow in our lab is pretty much a rogu's gallery of the things that make us and animals sick. flu, whooping, cough, different flavors of tuberculosis, and we store these cryogenically. So myself or any of our researchers can pull it out. We've got vials and vials of anything that you want. EC coli, SARS KV2, hepatitis virus. Wow. Unbelievable. Within a week, I can have live virus, live bacteria, live fungi, whatever you want. That'll give you pneumonia if you inhale it. Oh my gosh, this is so crazy.
Everything about this door says don't go in. It says don't go in. Absolutely right. But we're going in. Yeah. I'm excited. Okay. Nervous, but excited. What is the danger of the experiment that we're running right now? The danger is you get sick. Okay. Okay. With this first task, I want to experience how viruses are handled and how a dangerous spill could occur. So, this is your new station. It's completely contained. And what you have here is a laminer air curtain. So, what's outside stays outside. What's
inside stays inside. So, that's real corona virus. That is real coronairus. And those are real brain cells. Yes, sir. Wow. What we can do is figure out where the lethal dose is. Lethal dose meaning how much corona virus it takes to kill brain cells. That's right. And you're on deck. Take a big breath. Take your corona virus. Open it up and pour her into the trough. Now the hands of a surgeon come in. You're going to pick up eight of those. Push down until they're kind of secured in a row. That takes a little practice. And a few attempts. Hey. All right. Now you're going to go over, pick up your
virus, and now you're going to add them to the brain cells. Precision, care, and attention to detail. Dr. Hernandez wasn't kidding. This takes surgical precision. One small slip and I could spill a contagious virus. And what happens if somebody actually spills live agent? So, we have a protocol that we practice. I can walk you through what'll happen if live agent actually gets outside. That's not live agent, is it? In this case, it's not. All right. So, I'm going to simulate a spill and then you're going to show me how I don't infect the world, right? Yes, sir.
Man, I'm already nervous. It's not even real agent and I'm already nervous. So, there you are. You're going to pick up your virus and you're going to drop the tool. There we go. So, we've got agent all over the floor. Come over here. In the back left, there's a bottle of sorbent. So, now Andy, you're going to pepper the floor with that white stuff. Cover it all the whole radius. Okay. Now, you're going to soak all that, Andy, with good old rubbing alcohol, which is a great disinfectant. So, that stuff soaks, kills all live virus.
Dr. Hand is what is the most common kind of accident that would happen in a lab like this? Usually it's someone uh fumbling an instrument, dropping a tool, spilling a flask. But what happens in lab stays in lab or is supposed to stay in lab. This lab has strict containment protocols with multiple safeguards to prevent anything from escaping. At CIA, we'd consider the probability of an accidental leak here as extremely low. But leaks can and do happen if rules aren't followed. Okay, audio check. Mark, good copy, Dr. Hernandez. For a firstirhand demonstration of how containment protocols work and air is cleaned, I'm about to do something crazy. I'm putting myself in a room where an airborne virus is actively
circulating. If CO came from a lab, it likely spread through the air. So to test that idea, I need to understand how airborne viruses behave and how easily they can escape containment. So I'm going into an aerosol chamber. Yes sir. The purpose of these experiments is to figure out how long airborne pathogens like flu, corona virus, RSV survive in the air in classrooms and offices and so on. And then how do we kill it without harming us? What do I need to do this safely? Well, let's get you suited up. How you feeling in there? Oh, like it's the end of the world. So, I'm going to take you in the chamber.
You'll see a little pink cloud come in. Okay. Where is the aerosol going to come out? Right out of that hole. See you in a few minutes. This is already terrible. Three, two, one. Here she comes. Well, we can hear it. Oh, you can see it, too. Yeah. Now it's starting to take off. Yeah, it really does feel like all of those scary movies. It is absolutely unnerving. So Andy, the instrumentation is telling us we've got quite a bit of particles in there.
Once it disperses, you really wouldn't know that there is a cloud in here. We're going to start the filters now. Copy that. There's two filters on the floor to remove the aerosol. One last intervention we want to engage and it's right above your head. That's a UV light and that'll inactivate any virus that's in the air pretty rapidly and it's safe for skin and eyes. Even if something did escape a lab, it's exercises and science like this that's going to keep us safe during the next pandemic. But it's also incredibly dangerous because that makes it possible for these live agents to get released
into the wild because all it takes is someone not properly following protocol and everything can go wrong. Wow. How is the ride? So, this helps to tell us what the total biological load in the air is. A biological load is essentially germs. Yeah. And you actually started up at about 4,000 and then within about 2 minutes that he filter in there with you dropped the particles down by 75%. So he filter in just 2 minutes. Seeing the process up close makes it clear that labs like this are designed to contain viruses. But even the best systems rely on people and people make mistakes.
The schematics of the prison don't show that wall. What? Please stand out here. Shut that door and peek in through this window for me. Sure. All right. Can you see Epstein? No. I have this window in time to do whatever I want to do to this guy and nobody can witness it from the window. And then I can always place them where I need to place them. So assuming it was a collaborative effort with help inside the prison, there was a legit blind spot right there that any unwitting guard wouldn't know what's going on. If you'll follow me again, remember a figure in orange was seen going up the
stairs to Lier at 10:40 p.m. the night Jeffrey Epstein died. No one was seen coming back down from the cells the rest of the night. This wall that's left out of the prison blueprints. I asked Billy if this wall was in the prison. He said some cells had it, some cells didn't. Billy said it had a vent up here and a second vent down there towards the bottom. That meant there was no purpose for that wall except duct work. Did the figure in orange leave Elier with Epstein and help facilitate some kind of covert exfiltration?
It's a seemingly improbable theory, but one even a former colleague at CIA can't rule out. I asked John Kiryaku, "If you were to fake his death, if he were put in charge of it, how would he do it?" You would take out the body in full view of everybody. Whether it's a body double, let as many people as possible see this body. What happened? It's exactly what they did. Oh my god. So I started this whole journey just trying to answer the question of if he killed himself or if somebody killed him. But the probabilities have expanded to a third potentially realistic option.
The coverup's always worse than the crime and it's always executed worse than the crime. Like they're not creating one open loop for you to question. They are creating a million. And as you start adding those threads, the probabilities of the answer being something normal, meaning like, yeah, he killed himself, get closer and closer to zero. And at some point, they do cross that threshold where it is now mathematically zero. And I've crossed that threshold on that.
