Table of Contents
Max Zamilov claims the giant blocks tied to ancient Egyptian building could have moved by electric charge rather than by muscle alone. The open air, he says, already holds a field that releases in storms, and that field can be given a job. His method uses isotopes that pour out negative charge. Placed on a vehicle or on the block, the charge would buoy the mass inside the planetary field, a little like mist droplets that stay up because they are statically loaded. As the isotope runs down, the effect fades and the block settles. A very light animal would not need this, he says, but a huge block would. He also points to a place he associates with Mongolia and China. Separately, he describes crackling and flashes along mixed pipes while he was pumping. He offers a physical possibility, not a completed excavation report.
Key points
- He claims storm electricity shows a natural field that can be put to use.
- He says isotopes that emit negative charge could be placed on a vehicle or a block.
- He claims that charge would buoy a heavy stone and later let it settle.
- He compares the idea with charged droplets hanging in clouds.
- He mentions a site he ties to Mongolia and China while discussing the effect.
- He describes sparks on his own pipes as a small hint of surface charge.
Short quotes
What we underappreciate is that we can put this electric field to good work.
Max Zamilov, Max Zamilov on Moving Giant Stones
Zamilov says the electric field around us is a force people could use. Watch at 1:02
So at some point it will wear off and the stone you know would settle.
Max Zamilov, Max Zamilov on Moving Giant Stones
He says the charge fades and the stone then comes back down. Watch at 4:18
And the reason we have rain is because you know these charges they cancel each other
Max Zamilov, Max Zamilov on Moving Giant Stones
He says rain begins when that charge cancels and what was held up comes down. Watch at 6:19
Video by Danny Jones Clips. Watch on YouTube.