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USGS found iron microspheres in World Trade Center dust, unexplained. Microspheres contain iron, aluminum, sulfur, trace of manganese, less than a tenth of an inch in diameter, spherical, found in all dust blown out during collapse. Heat source needed to melt iron to form spheres must be very hot, like thermite reaction at 4500 degrees Fahrenheit. Finding thermite residue in dust suggests it was used before collapse, not after. Microspheres and melted steel beams indicate thermite involvement in melting steel beams. Translation: Iron microspheres found in World Trade Center dust are unexplained. They contain various elements and are spherical, found in all dust blown out during the collapse. A very hot heat source, like a thermite reaction, is needed to melt the iron. The presence of thermite residue suggests it was used before the collapse, not after. The microspheres and melted steel beams indicate thermite was involved in melting the steel beams.

The twin towers had a perimeter of steel panels hoisted up and bolted into place. Each panel had three box columns about 14 inches square cross connected by spandrel plates. After the plane hit, the fires were burning out and cooling down. But then, about seven minutes before its final destruction, almost an hour after the plane hit, molten metal was seen coming out of the Northeast corner near the Eightieth Floor. The red yellow metal poured from the tower along with a shower of sparks and looked like steel in a foundry. There were many eyewitnesses that described molten steel. Molten steel running down the channel rails. NASA took photos indicating very high temperatures days after the event. The media told us the intense fire more than the impact caused the towers to collapse.

Physicists are using lasers to change the weather by firing 1,000,000,000 watt lasers into the sky to create rain clouds and lightning bolts. This method has been used by China during the Olympics and the USSR after Chernobyl. However, the effectiveness of these capabilities is inconclusive. In the past, governments have been alleged to experiment with weather control, but now scientists are using 1,000,000,000,000 watt lasers to study the laws of physics. In the laboratory, these lasers have been shown to precipitate rain and create ions that act as seeds for rain and lightning.

The description begins with the ring being, in effect, a one turn, shorted secondary. A smaller ring will react even more violently. Here is another ring. This one made of a material we say is non conductive. And it is completely unaffected. Here is another example. Several thousand watts of power were involved in that spark. If we replace the spark gap with a copper coil, The same power now flows through the coil. It's invisible, has no effect on many substances, but it can generate a lot of heat. Wood, paper, things that we think of as being quite inflammable are not affected at all. However, a piece of steel wool bursts into flame instantly. Did you ever fry an egg on a cold stove? It's no trick at all if you have the right equipment. This is a cold hotly. And because it's cold, you can make it out of wood if you like. Just be sure that there's a coil of wire inside and that you connect that coil to a high voltage alternating curve source. The rest is easy. As long as we're being different, we'll use motor oil instead of Crisco. The egg fries very quickly, but the stove remains perfectly cold. And back if you wish to keep it handy, you can fry your egg on the morning newspaper. With a gadget like this, you can get up in the morning, sit on the stove, read the morning newspaper, and fry the eggs in your lap. Another example of the fact that physical forces can be quite selective

The speaker discusses a weapon that can be programmed for various wavelengths. They mention a blue object, such as a card and an umbrella, which did not burn when exposed to flames.

The speaker describes a fire that was so hot that it melted the wheels of cars and aluminum. They mention that aluminum melts at 1221 degrees Fahrenheit. However, they find it surprising that the trees with foliage and the asphalt remained intact. They note that asphalt melts at around 343 degrees Fahrenheit. The speaker also mentions that NASA has lasers that can send laser light to the ground with precision, questioning why we shouldn't believe in them if the Department of Defense believes in space lasers enough to study their military use.

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.

Physicists are using trillion-watt lasers to manipulate weather by creating rain clouds and lightning. Previous alleged experiments by governments have been inconclusive, but current research focuses on the laws of physics. The lasers generate ions that act as seeds for rain and lightning when fired into the sky.

The speaker discusses the discovery of pools of molten metal in the rubble of the World Trade Center buildings after the 9/11 attacks. They mention that the molten steel was found weeks later during the removal process, including underneath World Trade Center 7. The speaker questions the lack of mention of this evidence in official reports and suggests that thermite, a substance that can cut through steel, may have been involved. Thermite produces molten iron and aluminum oxide as byproducts.

We have the video tapes. The firefighters report reporting molten metal like a slurry or a steel mill or a volcano. Those are quotes, giant pools. What about the pictures of them dragging oxygen hoses all over the steaming supposed hot metal? If it were that hot, you wouldn't dare do that, would you? Well, you have the infrared photos of the molten metal. Well, again, what what melted the metal? Was it heat? During the cleanup, nobody reported seeing melted steel in these core columns. So we don't know when and where the they were actually destroyed. There are about 10,000 file cabinets that are missing. There's about 20,000 floor trusses and two twenty acres of metal decking that's missing. The question is, where did it go? Within seconds, the fiery concoction eats through the bonnet, spraying molten thermite into the engine beneath.

The speaker demonstrates how to shim a lock. First, they show the lock in its original packaging to prove it hasn't been tampered with. They ensure the key opens the lock, noting that sometimes new locks don't work. The speaker cuts the top off the packaging, slits the side, and cuts a strip out, rounding it. They remove one side to avoid lacerations from the aluminum shim. The speaker states no measuring, science, or math is needed. The shim is inserted into the back, making sure it's fully seated behind the latch, and then pumped until the lock opens.

They avoided burning something blue, like a car and an umbrella, both of which caught fire. Laser weapons can be adjusted for various wavelengths.

A fire was so hot that it melted the wheels of cars and aluminum, resembling water. Despite the intense heat, the trees with foliage and the asphalt remained unburned and intact. It is interesting to note that aluminum melts at 1,221 degrees Fahrenheit, while asphalt melts at around 343 degrees Fahrenheit. Additionally, NASA has developed precise lasers that can be used for military purposes, which raises the question of why we shouldn't believe in the existence of space lasers.

Unreacted thermitic material, in the shape of tiny red/gray chips, was found. The reaction produces molten iron, indicating a thermitic reaction that can destroy steel structures. This is a modern version of thermite, called nanothermite, produced through a bottom-up procedure at the atom scale, a process used in nanotechnology.

The speaker discusses a fire that was so hot that it melted the wheels of cars and aluminum. They mention that aluminum melts at 1,221 degrees Fahrenheit. They also point out that despite the intense heat, the trees with foliage and the asphalt remained intact. The speaker wonders about the temperature required for asphalt to melt, which is around 343 degrees Fahrenheit. They also mention NASA's precision lasers and the Department of Defense's space-based laser program. The speaker questions why we shouldn't believe in space lasers if they are being studied for military use.

Thermite devices purportedly exist for building demolitions and can be found via Google search. Thermite cutting charges are quieter than RDX explosives, using thermal heating to melt steel. Infrared overflights detected 1,400-degree Fahrenheit hotspots at ground zero for a week. Thermite could explain why fires at ground zero couldn't be extinguished, as they burned deep within the pile in oxygen-starved environments. Thermite contains its own oxygen within the metallic oxide, allowing the incendiary reaction to occur even underwater.

The speaker points out that the aluminum parts of a car have melted, indicating extreme heat. They explain that aluminum typically melts at temperatures ranging from 6, 7, 800 to 2,000 degrees Celsius. They doubt that the fire in Australia could have reached such high temperatures, as even on the hottest day it only reached around 150 degrees Celsius. The speaker also mentions that tires were catching fire, emphasizing the severity of the situation.

Laser weapons have the ability to be adjusted for various wavelengths. In a specific scenario, there was an object that appeared blue and they did not want to cause it to catch fire. Both a blue car and a blue umbrella remained unharmed by the flames.

The speaker recorded video of the sun for 5 hours using a modified telescope. The video's purpose is to illustrate the size comparison between Earth and the sun. The speaker indicates that more content from their backyard space is forthcoming.

Laser weapons can be set to different wavelengths. They avoided burning anything blue, like a blue car and a blue umbrella.

Speaker 0 describes uranium as incredibly hot: “it’s pretty fascinating how hot uranium gets in the sun, about 20 degrees hotter than what it is outside.” They assert that this heat is “burning hot” and that touching it is nearly impossible. They show samples labeled with silver and gold, and then “this is pure uranium,” calling it “really cool.” The speaker claims that uranium converts to helium and hydrogen. They note that when a meter is placed in front, “it starts to go bananas.” The speaker concedes a common caution by saying, “they tell you uranium is gonna poison you,” but then states, “this is what makes the hot springs.” They explain that uranium converts to sulfur, and that sulfur is what makes the hot springs and “everything so hot.” The sequence implies a connection between uranium, its conversion to sulfur, and the resulting heat in hot springs.

So I picked up this new book, the sun eclipse, and this is a phenomenal one. And it's interesting because they tell you when the eclipse comes out not to look at them because they're dangerous. That's what they tell us, but it actually heals your eyes. Anytime there's an eclipse that takes place, it actually changes the composition of salts and all the other metals. There's actually a reaction that takes place with metal. So it's very fascinating because if you think about it, if you're looking into the eclipse, there would also be a change that takes place in your mind and all the cells of your body. But once again, Stay away.

In this video, the speaker and Donovan discuss a car that melted in a neighborhood called Lahaina Luna. The surrounding houses did not burn, but the grass around the car did. The car's aluminum parts, including the rims, caliper, and windows, melted and liquefied. The temperature was estimated to have reached over 3,000 degrees Fahrenheit. There were no other structure fires nearby, leading to speculation about what could have caused such high temperatures. The media has been denied access to Lahaina town, and the mayor has restricted photography to prevent people from seeing the unusual phenomenon.

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.

A large version of this device attached to a plane could create a powerful energy weapon capable of destroying entire countries.