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I get where you're coming from with the thermite and explosive residues thing, but you're missing the bigger picture. Senator Johnson isn't just talking about regular thermite. He's talking about nanothermite, which is a whole different beast. It's not just iron oxide and aluminum, it's nanoscale particles that react super fast and can cut through steel like butter. Experts like Niels Harrit found residues of this stuff in the WTC dust, and that's not something you see from a regular fire or even conventional explosives.
You’re right that explosives like C-4 leave obvious residues, but nanothermite leaves its own unique markers. It's not just about burning aluminum or rusty steel. It's about a controlled reaction that was clearly present in the debris. And let's not forget this isn't just about the Twin Towers. Building 7 is the real head scratcher. It wasn't hit by a plane, yet it collapsed like a textbook demolition.
Witnesses like Barry Jennings heard explosions before it went down, and the way it fell just doesn't add up with the official story. The rapid cleanup of the site also stopped us from getting a full picture, which is a huge red flag. It's not just military guys who noticed this stuff. Structural engineers and physicists have been raising these questions too.
Your points about conventional explosives are valid, but they don't really address the specific evidence of nanothermite and the weird stuff that happened with Building 7. We need to look at all the pieces, not just dismiss it because it doesn't fit the usual narrative.
Nanothermite is thermite, just ground down to even finer particles than usual. Because of the large surface area per individual particle weight, the Thermite burns faster, but not differently. It is exactly the same otherwise. An oxidizer, the usual is Iron Oxide, or rust from metal. And a fuel, the usual is Aluminum. They've used this stuff to increase the effectiveness of Solid Rocket Motors. It isn't a mystery mix, it's the same damned thing just made as effective as possible. It would still be mixed with other compounds to make it effective enough. Say, Composition B. Although C-4 is a better choice for cutting steel.
Engineering is easy to understand, and really hard to grasp. To place the Nano Thermite or anything you again have to get into the structure of the building and actually place it. This isn't a mystery. It would be workers messing around and removing coating from structural steel to access it. And there would still be explosive residue.
Experience matters. Old Soldiers who have heard a lot of explosions can often tell you the type of explosive, just by sound. Get Cord has a rolling Crack as one example. It's like listening to engines for the rest of us. There is little chance you'll mistake a big Drag Racer engine for the Sound of a Volkswagen Beetle's Air Cooled Four Cylinder.
Nanothermite is not a mystery or unknown element. We've been using it for decades, as I said among other things in Solid Fuel Rocket Engines. That is one of the reasons you can't stop a solid fuel engine once it's going. There is no way to cut off the fuel or oxygen to starve the fire of needed elements. The Fuel contains oxidizer to make sure it goes. If you work in an industrial setting you will find people are really unwilling to store flammables near oxidizers. If something goes wrong and the two things meet, they are nearly impossible to stop burning.