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Speaker 0: Nikola Tesla revealed that an earthquake near his laboratory at 48 East Houston Street, New York in 1898 was the result of a little machine he was experimenting with that could be put in an overcoat pocket. The bewildered newspaperman pounced upon this as at least one thing they could understand, and Tesla told what had happened as follows. Speaker 1: “I was experimenting with vibrations. I had one of my machines going, and I wanted to see if I could get it in tune with the vibration of the building. I put it up notch after notch. There was a peculiar cracking sound. I asked my assistants where did the sound come from. They did not know. I put the machine up a few more notches. There was a louder cracking sound. I knew I was approaching the vibration of the steel building. I pushed the machine a little higher. Suddenly, all the heavy machinery in the place was flying around. I grabbed a hammer and broke the machine. The building would have been about my ears in another few minutes. Outside in the street, there was pandemonium. The police and ambulances arrived. I told my assistants to say nothing. We told the police it must have been an earthquake. That's all they ever knew about it.”

A spinning magnetic flywheel with alternating red and blue magnets can be spun using a drive motor. A wire coil around the outside can collect electricity. When another magnet is placed near the outside of the spinning flywheel, it starts spinning very fast due to a precession motion. The large disc spins anticlockwise, while the precessing disc spins clockwise.

Copper wire runs through planters, creating electromagnetic field with zinc bolt. Rapid growth observed in plants, doubling in size within 5 days. Plants grew about a foot and a half in the same time frame. No bugs present in the area.

In this video, the speaker demonstrates the magnifying transmitter and its components. They show the extra coil, which is not resonating at the right frequency, and explain how the signal generator generates the signal for the coil. The speaker then shows a coil that lights up a fluorescent bulb and adjusts the voltage to demonstrate the tuning of the coil. They mention that the extra coil needs to be rewound for it to work properly. The speaker also shows another coil and demonstrates the sparks produced by the magnifying transmitter. They mention that the transmitter does not interrupt electronics and show a receiving coil picking up electricity.

The Tesla coils are set up 30 feet apart to create a circuit. Energy is transmitted from the transmitting coil to the receiver coil and then back to the transmitting coil through the ground. If successful, this energy will power a miniature boat. The Tesla coil was fired up, and the boat took off, proving wireless transmission of power. It was exhilarating and amazing to witness. This experiment shows the potential for powering larger vehicles and even ships at sea through wireless transmission.

We used to use radio waves to vibrate strings in the ground and identify substances like natural gas or crude oil based on the frequencies we received. With only 30 watts of radio power, we could achieve this. However, if we were to use 1,000,000,000 watts, the vibrations would be so intense that they could shake an entire piano, house, or even cause an earthquake underground.

The intersection of two fields produces a wave that carries a roller around a ring. Fields at right angles make the device move; without two fields, it won't. Electrons in rare earth material and magnetic fields inducing the roller to run on the plate were key to electricity production in a new generator design. The field looks like a bicycle web. This specific magnetic field makes it work. Magnetic fields can perform functions different to what is commonly taught. The device created extremely high voltage, but John Searle had no control over it. General magnetism may contain multiple bands, a magnetic spectrum like white light contains a spectrum of colors. Magnetism is identical to light. John Searle used a combination of AC and DC current when magnetizing the components of his generator.

Tensor Rings created by Slim Spurling can be used to structure water, can also be used to get rid of hard water, which is really cool. What they would do is they put a little Tensor ring on like that, or they'd put it around their brain, or they'd put it around their belt, and they noticed it all went away. A simple, simple, simple copper ring gets rid of inflammation, pain, and brain fog. That's not gonna sell. Right? They gotta sell you pills, and then they gotta cut you open, and then tell you they need to rip open your back and put it back together and crack it a few times and whatever. But simple copper. One of the coolest things you'll look into is just tensor rings, and you can see that as I move that around on there. It almost looks like it's changing and manipulating the ether.

We found jumper cables and pulverized cast aluminum in the vehicle. It's puzzling how the grass fire didn't come from this direction, as nothing here is burned. The construction remains half-burned, including the standing lasers, which suggests the use of direct energy weapons. Even the wood fence below is intact. It seems like a testing site for Project Blue Beam.

A man demonstrates how to create a simple generator using a spark plug and a magnet. By wrapping copper wire around the spark plug and connecting it to a plug, he is able to generate electricity. He explains the steps involved, such as removing the protective case, soldering the wires, and connecting them to a light bulb. When a magnet is brought near the spark plug, the light bulb lights up, demonstrating the device's ability to generate electricity. The man suggests attaching a magnet to the back of the spark plug for continuous power. He asks for opinions on the principle behind this power generation method.

Today, I will be demonstrating the magnifying transmitter. The extra coil is off by about 50 kilocycles, so it's not resonating at the right frequency. The signal generator generates the signal that goes into the extra coil, similar to the small coil that lights the fluorescent bulb. I show the coil and the signal generator, and when I bring the coil close, it detunes it. I can adjust the voltage, but the tuning becomes picky at lower voltages. I can relight the bulb by touching it. The extra coil needs to be rewound, but once it's tuned to the right frequency, it will work perfectly. I also demonstrate a coil that is not well-tuned and show the sparks. The magnifying transmitter does not interrupt electronics and you can still hear my voice.

In this video, the speaker talks about the unusual effects of electromagnetics and electrostatic equipment. They mention objects levitating, steel bars not causing fires on wood, and metal turning to jelly. These effects have been achieved by John, who has combined radio waves and electrical energy in a unique way. If proven, this discovery could revolutionize energy production and rewrite science textbooks. However, there are concerns about its potential misuse by the military. The speaker hopes that this technology can be used to help nature and reduce pollution instead of being used for warfare.

Using a giant lens from an old TV, I aimed the solar death ray at a lock to test its power. The intense heat caused the metal to melt and ripple. The solar death ray concentrates sunlight onto a central hot spot, creating hellish temperatures. After leaving the lock in the light for a while, I disengaged the death ray. The main part of the lock turned into a liquid puddle of molten metal. I stretched the liquid metal with a wrench, leaving the steel shank intact. Once cooled, the lock had transformed into a melted glob of metal with the shank still attached.

This is aerogel, a solid material that is mostly air. It is known for being an excellent insulator. In a test, hot lava was poured on the aerogel, and it was found that the aerogel protected the person from the heat. Even though the lava was still very hot, the person could touch and hold the aerogel without getting burned. This is because aerogel does not transfer heat quickly.

A 40-millimeter magnet is observed with six wire coils and three-phase power at 5 Hertz. The magnet is rotating and wobbling. The frequency is increased to 10 Hertz, then 15 Hertz, then 20 Hertz, then 25 Hertz, and then 30 Hertz. At 30 Hertz, the magnet is rising up. The frequency is increased to 35 Hertz.

A man attaches a copper wire and flies a drone to about 115 meters to show the ether in action. They use an electroscope as a quick voltage check. 'Now that's a few thousand volts right there.' They test Franklin Bell, which is 'working.' The aerial wire places a positive charge on this can, which then influences the foil ball to deliver electrons from the grounded can, which is directly connected to Earth. The clouds finally opened up, so I connected up the corona motor. Like before, one side was connected to ground while the other was attached to the aerial wire. After just a few seconds, 'Hey. Hey. She's spinning. This is just remarkable.' They siphon energy straight from the atmosphere. The motor runs on several kilovolts; you can hear the coronal discharge. Not long after, wind picks up, and they pack up.

The coil is a powerful device that generates high voltage electricity. It can produce up to 16,000 volts at 6,000 watts. Touching it or anything nearby can be fatal. To ensure safety, the Tesla Corps, whom we hired, also acquired a Faraday suit. This suit allows you to withstand high voltage shocks by redirecting the electricity around your body and into the ground, preventing harm to your organs.

Speaker 0 argues that tin foil hats actually work and demonstrates how a small amount of aluminum foil can reduce RF electromagnetic fields (RFEMF) from a WiFi router. He shows a RFEMF meter reading standing a few feet away from the router, noting measurements between 100 and 200 microwatts per square meter. As he moves right up to the WiFi router, the reading climbs to over a million, sometimes 2,000,000 microwatts per square meter. He states that generally you want to be working and living in an environment that's less than a 100 or 200 microwatts per square meter. He shares that when he is sitting ten to fifteen feet away, the reading is 18,000 to 20,000 microwatts per square meter. He asserts that this is not an environment he wants to be working in all day. Mentioning that there is a lot of debate about RFEMF and its harm to humans, he says there are a significant number of studies suggesting that RFEMF from a WiFi router or your phone can affect human biology negatively. The proposed solution is to wrap the router with aluminum foil. He states, “Literally just wrap this around the WiFi router, and now you're officially a conspiracy theorist. It's modern art,” yet demonstrates the result. After wrapping around the router, the reading between 500 and 1,000 microwatts per square meter is observed, representing a 10- to 20-fold reduction. He notes that right before wrapping, the reading was 100,000 microwatts per square meter, and after wrapping it, the reading is five to 7,000 microwatts per square meter just in front of the router. He emphasizes that the router remains still very high right at the device, but that the levels are significantly lower throughout the rest of the house. He concludes by stating, “Tinfoil hats work. 5¢ of tinfoil on your WiFi router, something that's in every home, can significantly decrease your exposure throughout the day while you're working.” He ends by encouraging viewers to send this to somebody they know who works very close to a WiFi router.

Classic organ accumulator built in the fifties from Wright's design. It uses three layers: fiberboard, a first layer of steel wool, a second layer of cotton and steel wool, and a final cotton and metal layer. A layer consists of cotton and metal. Not only heat, but electrostatic sparking in the steel wool can be heard for fifteen minutes, with a popping noise. It’s four feet by six feet tall and can be sealed against light; two people inside could see each other, even with eyes closed, as light acts self-luminescing with blue-gray fog. Don’t use near electrical appliances. Life force moves in spinning waves; spiral energy denatures at corners. Cylindrical accumulators use a metal core and organic blankets; lay blankets on the core to make an accumulator, then remove them. A build uses cotton batting, steel wool pads, and a cotton pillowcase; lay layers of cotton and steel wool.

The Tesla coils are set up 30 feet apart to create a circuit. Energy is transmitted from the transmitting coil to the receiver coil and then back to the transmitting coil through the ground. This energy powers a miniature boat, demonstrating successful wireless transmission of power. The experience was exhilarating and amazing, showing the potential for larger-scale applications like powering ships at sea or flying vehicles.

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."

Using electromagnets and a wire coil, a mechanism can be created to lift heavy rocks over long distances. By attaching the wire coil to a power supply and turning it on, the rock can be lifted incrementally. This method could potentially lift a 30-ton rock by one foot at a time. This technique is similar to how Ed Leedskownan may have lifted heavy rocks using his PMH setup.

We discovered unreacted thermitic material in tiny red-gray chips that can produce molten iron, indicating a thermitic reaction capable of destroying steel structures. Testing these chips in a calorimeter would reveal their energy output. The rapid energy release from the chips closely resembles known nanothermite produced by a military lab, but with a higher energy release. This suggests the chips are highly energetic and potentially explosive.

The speaker demonstrates a Tesla tower lighting a fluorescent light bulb wirelessly. The bulb is still in its package and has no wires connected to it. The demonstration is presented as an example of Nikola Tesla's concept of wireless transmission of electricity.

An electromagnetic meter reading is off the charts at 18,000, then 19,000. The speaker states they have never seen a reading that high before. The speaker says "that is getting microwaved" and "fried." The grinders have dropped out on peak. The reading then hits 20,000, which the speaker claims is 20 times the legal amount of EMS reading.