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Is that it? Yes, that's it. Hold on, let me get it. Wow, I can't believe this. It's not a whistle. Oh my god, there’s more coming. Look at this. Things don’t look that color.

In the video, the speaker suggests using identifiers for non-uniform individuals. These identifiers include a wristband and a handy stripe on the barrel of their guns. The speaker is unsure about the color of the wristband, but emphasizes that it will be present.

While reviewing a long video, the speaker points to the moment: "it shoots right down at a very downward angle at the back right side of his head." He identifies the device: "This part right here would be the handle, and this part right here ejects the casing after the shot is fired. Alright? And this part right here is the barrel." He adds, "the middle part I believe is a video camera." He notes, "the only gun that swivels and does the tip like that, it is called an Israeli corner shot. You should look them up." He also says, "The remote triggered, and they had video attached to them. And it could be set off from a phone and a detonator. The signal from the phone and the detonator."

This is the Israeli company that went and grabbed the device or whatever it is allegedly. Watch the lavalier lapel mic. Do you see it explode? That is the explosion from Charlie Kirk's lavalier lapel mic. Remember when we told you that that was absolutely an exit wound? Yeah, it is. First, we had exploding pagers. Now we have exploding mics. That proves that all of the activity came from the mic that Charlie Kirk was wearing. Remember the palm gun guy in the brown shirt, that shadowy looking guy with the sunglasses? He pushes the detonator. This guy, brown shirt guy, he's the assassin.

Speaker: Hello? Oh my goodness. Take off your pants. Can you not touch it? No, don't touch it.

Charlie Kirk was hit by a high velocity round that created a significant high pressure shock wave traveling at 1,500 meters per second, which ripped his gold necklace in half and contributed to killing him. There was no exploding mic, and some observed effects in the videos are artifacts of the rapid sequence of events, likely occurring in five to fifteen milliseconds. The initial shock wave travels at 1,500 meters per second and violently yanks the necklace backwards and slightly upward, as Kirk’s neck juts out to the back. The necklace, still under the shirt, will be launched forward a split second later as the shock wave reaches the front. The pendant junction shears the necklace in half due to differential forces acting on the chain and pendant, similar to tearing toilet paper off a roll when yanked too quickly. The right half of the necklace is torn from the pendant junction and whips around Kirk’s head above his ear due to the backward and slightly upward force. The pendant remains attached to the left half of the necklace and is thrown slightly forward into the shirt and upward over his left shoulder by the front shockwave expansion not captured in that camera exposure, creating a swooshing projection seen in the next angle. The shock wave undulates down his back, indicating it is not uniform and propagates around the body in varying timing, duration, and magnitude. This differential forcing along the necklace’s contact with the body contributes to the tearing. Another angle shows the left half of the necklace with the pendant still attached swooshing upward over the left shoulder; the right side of the chain is whipped around Kirk’s head, as seen previously. The middle panel shows Kirk’s body ballooning outward, with the neck expanded as if wearing a donut-shaped life preserver around the upper chest. This cavitation shockwave travels through the body cavity, but the effect is not uniform. The back shock wave goes out first, then the front, imparting opposing forces that help tear the chain and move the pendant. A white smear in the middle panel, pointed to by a green arrow, was claimed by some to be smoke or vapor; it is not smoke. It is a double exposure: the shock wave moves the shirt so fast that the camera exposure creates a double image, and motion blur is present around Kirk due to the rapid movement. The double exposure explains a white streak and the apparent dual gold lines; that is the right side of the chain whipped around the head while the left side remains caught in the shirt, with the pendant acting like a grappling hook inside the shirt. There is no palm gun or exploding mic. The little black dot is the lapel mic, which remains attached and does not enter the neck. A white projectile observed is spit or sweat ejected from the body due to the shock wave. The overall claim is that Kirk was hit with a high-velocity round in the neck down into the body cavity, creating a fast-moving shock wave that tore the necklace, swung it around, and produced the observed video artifacts and motions. The speaker invites feedback, asking what others think and what might be wrong or missing.

Speaker 0 discusses the defense department's active denial system as a nonlethal weapon to control crowds, secure perimeters, and deter pirates. He notes it can be used to “shoot first and ask questions later,” a claim attributed to the military stance on its use. The system is described by Speaker 0 as not radioactive, not a microwave, and not a laser beam. It is a man-sized beam of millimeter waves that can be fired from up to a thousand meters away and is designed to make the target feel extremely hot so they move. He recounts his personal experience: at about fifty degrees outside, the sensation felt like it was “about a thousand,” and after about 1.5 seconds, one sixty-fourth of an inch of skin reached 130 degrees. He says the effect is temporary and that as soon as he steps away, it’s over; the DOD claims there are no lingering effects, no cancer risk, and no risk to a fetus or reproductive capability—“it’s just heat.” The system’s drawback is acknowledged: it propagates through the air and requires line of sight to targets. Speaker 0 states a prototype costs $10,000,000 and that there are no plans to deploy one anytime soon. Speaker 2 introduces the active denial system with a visual of a dish emitting a beam toward people who might do harm, claiming it will “make you stop in your tracks,” feel like you have a vomit, feel like you’re on fire, and even “put voices in your head.” He asserts the technology can affect people in dramatic ways. The speaker references the Emerald Tabas and a scene with Thos, describing a moment when a staff is raised and a ray of vibration stops a group of people, suggesting that this is the active denial system in use. He adds a broader claim: “Same technology just a different year. What’s we’re doing now, we’re just simply rediscovering everything that already exist.”

Speaker 0 states, “I am committing a crime right now, at least according to The UK and soon maybe in New York. Any guesses what it is?” Speaker 1 explains that “The officers have written in their statements about the presence of the, of your necklace. Do you see how that could be, an antagonistic, or antagonistic emblem or sign. The officers have noted in their statements that they believe that the because the star of David was out and present to people, which may take either offense to the presence of it, they felt that that was antagonizing.”

One speaker is getting his disguise ready and considering what to wear, including wearing a mask under another mask and choosing a hat. The other urges blending in and having a visual identifier, insisting, “you gotta blend in,” and adds, “you can't you have to have a visual identif ier.” They debate whether to wear this mask or that hat, with the America hat being a possible move, and say they will bring both in a backpack. They mention bringing boxers and note CNN, signaling readiness. The first speaker wonders aloud about committing crimes, saying, “I work I don't know if we're committing crimes doing this,” while the second questions whether the first speaker thinks they don’t work for all three companies simultaneously, saying, “Are you insinuating that I don't work for all of them.” The second asserts that trust requires a visual cue, “There’s something visual,” and the first confirms they won’t be allowed to proceed without a visual identifier. The exchange centers on blending in, possessing a visual identifier, and the logistical details of their disguises (hats, masks) and preparations (backpack, boxers).

Charlie Kirk was hit by a high velocity round that created a high pressure shock wave propagating at 1,500 meters per second through his body. This shock wave ripped his gold necklace in half and contributed to killing him. The analysis argues there was no exploding microphone and that some video artifacts can be explained by the rapid sequence of events occurring in milliseconds. The initial shock wave travels at 1,500 m/s and violently yanks the necklace backwards and slightly upward, as Kirk’s neck juts out to the back. The necklace, still under the shirt, is later launched forward a split second later as the shock wave reaches the front. The pendant junction shears the chain due to differential forces acting on the chain and pendant. The right half of the necklace is torn away from the pendant junction and whips around Kirk’s head above his ear due to the backward and slightly upward force. The pendant remains attached to the left half of the necklace and is thrown slightly forward into the shirt and upward over his left shoulder by the frontward expansion of the shock wave, which is not captured in that camera exposure, creating a swooshing projection seen in the next angle. The shock wave undulates down his back, indicating it is not uniform in timing, duration, or magnitude. It propagates around in an undulating manner: out the back, down the back, then forward into the chest and upward. This differential force along the length of the necklace, in contact with the body, leads to the tearing. The left half of the necklace with the pendant attached swooshes upward over the left shoulder; the right side of the chain is whipped around Kirk’s head, as seen in the prior frame. The middle panel shows Kirk’s body ballooned, with the neck expanded, resembling a donut-like inflation around the upper chest, interpreted as cavitation shockwave traveling through the body cavity. This is not uniform: the shock wave went out the back first, then a split second later out the front, imparting force on the pendant to the front and upward, opposing the force on the necklace going backward, contributing to the tearing and the swooping motions. A white smear in the middle panel, pointed to by a green arrow, is not smoke or vapor from a mic explosion. It is a double exposure: the shock wave’s speed causes the shirt to move so quickly that the camera exposure cannot keep up, producing a double exposure and motion blur. The middle panel’s double gold line is two chains forming a V due to the double exposure; in reality, there is one chain, with the right side whipped around the head and the left side still caught in the shirt, the pendant acting like a grappling hook inside the shirt. The video shows a possible exploding lapel mic claim, but the analysis notes that the mic is still attached after the shirt jerks and rebounds, not entering the neck. A small black dot is identified as the lapel mic and remains in place. The white projectile at the end is identified as spit or sweat ejected from the body due to the shock wave, not gang violence. In summary, the account asserts Charlie Kirk was hit by a high velocity round into the neck and body cavity, creating a 1,500 m/s shock wave that tore the necklace and caused the observed motions; there was no exploding mic or palm gun, and artifacts in the video are explained by rapid movement and double exposure. The presenter invites feedback and corrections.

Speaker 0 finds the jugular vein and shows its stretchiness, likening it to a rubber band. Speaker 1 asks to compare its length to a hand or finger.

The speaker demonstrates the levels of electromagnetic radiation emitted by various devices. They show that when the microwave is off, there is minimal radiation. However, when it is turned on, the levels increase significantly. They compare the radiation levels from using mobile data and Wi-Fi to being close to a microwave oven. The speaker also measures the radiation levels inside a car and finds that it is consistently high. They mention experiencing a headache after a test drive, attributing it to the constant exposure to radiation from mobile phones.

The speaker says, "That is a funny one for you. Yeah. It's control talk. I don't understand. Sorry, mate." The speaker then says, "Hold on. Hold on. See. I'm just doing something. I'm sorry," and "I'm waiting for."

The speaker explains that they will turn on a device that emits a 65 kilohertz beam, similar to a laser. They mention that the beam is inaudible and unlikely to cause harm. By adding modulation to the beam, they make it audible. The speaker clarifies that the sound is actually created within the beam itself, and it stays within the beam. They proceed to play music through the device, and the sound appears to come from the listener's head. They experiment by pointing the beam at different surfaces and ask the audience to raise their hands if they can hear it clearly.

Speaker 0 urgently tries to get someone's attention, repeatedly saying "Hey" and telling them to "get off it." They warn the person to stay back and express confusion about what is happening.

The speaker explains that they want to keep the meter in the green band. They turn the meter on and note that in their own home, they have control of all wireless and can bounce the reading into the green area. They demonstrate what happens when they open up an earbud case, describing that the reading immediately shifts into the screaming red, which they say is as bad as it gets. They report that at home, their typical baseline is about two to three microwatts. Just by opening the earbud case, the reading jumps to 130,000 microwatts, then 152,000 microwatts, and it continues to climb. The speaker emphasizes that the goal is to be at 10 microwatts or less. They reiterate that it is not 10,000, but 10. Next, they simulate removing the earphones as if they were going to use them, noting that they don’t use them at all. They mention that they “just topped off my meter” by exposing the earbud, and they acknowledge some camera-related awkwardness. They report that with the earbud in the case, the reading was just shy of 200,000 microwatts. However, when they take the single earbud out and bring it up to the meter or “right up to the brain,” the reading reaches 3,180,000 microwatts. They reiterate the target of being under 10 microwatts and contrast it with the readings shown, indicating that a single earbud can produce a reading in the millions of microwatts. They state that this is a concern related to exposure levels. Finally, they remark that now there is a whole generation putting these ear pods up to their brains. They suggest that some people are likely sleeping with them at night, even though their bodies would be doing cell repair and regeneration during sleep, implying a potential clash between usage and natural biological processes.

People are shaking hands with the security guard. The security guards are wearing body cams. Someone notes there's "no balaclava tonight." They ask, "You forgot your balaclava?"

Speaker 0, Speaker 1, and Speaker 2 discuss headphones and potential thyroid health concerns. They note they no longer wear Bluetooth and now prefer wired headphones; Speaker 0 says they use wired headphones plugged into the phone, and they are “just Amazon products. Nothing’s fancy, and they work just as well.” Speaker 1 expresses relief that Speaker 0 moved away from wireless, mentioning that they had shared information for years and kept sending content until Speaker 0 switched. Speaker 2 introduces a shift in how people view wireless headphones. They acknowledge that wireless is convenient, but say it’s moving from outside the Overton window toward inside it. They reference a recent analysis (epidemiology) showing a strong or significant association between Bluetooth headphone use (AirPods, Beats, wireless) and an increased incidence of thyroid nodules, noting this applies to both men and women. They describe the thyroid as a master gland and explain that thyroid nodules can be precancerous. They emphasize proximity to a hormonally sensitive gland and RF EMF exposure from a device worn near the neck, asserting they can measure RF with a meter and that earbuds emit RF energy. They compare the RF exposure to that of microwaves, stating the measurement units are microwatts per meter squared and that the RF band of Bluetooth is essentially the same as that of a microwave. They describe the headphones as “a small microwave in your head” for hours a day and note that readings can be obtained by placing the RF meter near a microwave. Speaker 1 agrees with caution, saying they won’t put a cell phone to their ear and questions why anyone would wear earbuds all day, feeling “spidery” about it. Speaker 0 reports returning to wired setups (Apple 1/1Point0) and values conversation without wireless interference, calling it nostalgic and safer long term. Speaker 1 discusses reasons for pushback: tradition, fashion, or fear of changing habits. They mention they once bought olive-colored Apple headphones as a fashion statement and acknowledge that appearance can distract from the health discussion. Speaker 0 clarifies they aren’t “tin hat” about everything but notes that people who sounded alarms often get vindicated later. They prefer alternatives if there’s even a slight chance of risk. Speaker 1 shares a light parenting anecdote: their five-year-old confessed briefly wearing wired headphones for five minutes, illustrating the challenge of managing kids’ exposure. They reflect on broader concerns about kids, screen time, and technology exposure, referencing a recent guest’s emphasis on limiting screen time. Speaker 0 ends with a Casino-like caution: if there’s a better alternative that works as well, why take the chance?

Stay here and be calm. You can place your phone here. Would you like to try? I’ll be there. He’s talking to me, but you’re far away. Yes, he will talk to you through this. Put your ear here. Hello? Can you hear me? Yeah, I can hear you! Wow, this is amazing. I can hear you all the way from here. It goes in a circle like this.

A ufologist is shown a man's arm, which purportedly has an alien implant under the skin. The man claims an alien placed the flexible, plastic object there during his last encounter. He demonstrates that pressing on one area of his arm causes the object to appear in another location. He states that an X-ray was taken, but it didn't reveal the implant.

Speaker 0 and Speaker 1 discuss the belief in microchips being implanted. Speaker 1 denies believing in it, clarifying that it is not a microchip but a magnet.

Here's a shorter transcript: "Now, here's a bigger magnet. Look at how it sticks to the skin. Instead of using double-sided tape, this magnet goes under the armpit. It's just a magnet, and I removed it today."

Speaker 0 says what appears to be the mullet. He slowed it down because it is so fast. He adds that the trajectory aligns with Charlie in the final dot or mark that we see.

The speaker explains that they will turn on a device that emits a 65 kilohertz beam, similar to a laser. They clarify that the beam is not audible but can be made audible by adding a modulation. They assure that the high amplitude of the beam won't hurt anyone. The speaker mentions that sound waves can create sound when they intersect at high amplitude. They state that the sound created by the device is in the beam itself. They proceed to play music through the device, and the sound appears to come from the audience's heads. The speaker tests the device by scanning the audience and bouncing the sound off the wall. They ask the audience to raise their hands if they can hear it clearly.

The speaker demonstrates the stretchiness of a material by pulling on it, comparing it to a rubber band. They mention it broke but show how it can stretch like a rubber band. Another speaker points out the size difference after stretching.