I'm not talking about traditionally understood energy, the energy that comes from breaking chemical bonds. I'm talking about the energy of the interaction of molecules in a solid.
Solids are solid for a reason, and that reason is that the molecules of a solid have an affinity for one another. They reside so closely next to each other in a solid because of this reason, and most very dense solid objects are made of metallic elements.
What governs the interaction of molecules of metals in a solid? Why are metals so dense? The Casimir effect. Look it up. It's the force that makes metals denser than non-metals.
The Casimir effect is very sensitive to changes in the electromagnetic field. An attractive force at one of the "peaks" becomes a repellent force at a "trough". Remember how Dr. Wood has shown alterations in the electromagnetic field in the northern hemisphere? Remember how Dr. Wood is suggesting that a weapon that uses electromagnetic energy is the mechanism that destroyed the WTC (even calling it the Tesla-Hutchison effect)?
Also, the destruction must have taken place at normal temperatures, because the survivors of the dust cloud were not burned.
What we are left with here is an electromagnetic process that vibrated apart the molecules that made up the WTC. The WTC didn't collapse. It was turned into dust while standing, and the dust fell to the ground.
I found all these iron fragments in my dust samples, but I also found DNA in some of the dust samples. It all fits with a low heat vibrational destruction.