Inductive levitation of aluminum with feedback heater setup

This inductive heater uses the principle of secondary feedback to drive the circuit into resonance. A novel current limiter circuit is employed to improve the life of the resonant capacitors. Working in collaboration with J Kraidin we were able to improve on this heater. For construction details including our current limiter, please check the following link:
teslascience.wordpress.com/si...

[@ArcAngelTeslaCoil]

That's amazing ⚡️⚡️ great work 👍👍

[@qutube100]

Noice very impressive!

[@sergiuburuian6118]

thats mint

[@youwilldisobey]

Freaak'n awesome

[@BrianDhvTinkerer]

Thank you!

[@T2D.SteveArcs]

😎😎😎

[@BrianDhvTinkerer]

Thank you!!!

[@alanmalcheski8882]

this looks like a macro version of quantum levitation fusion, without the spin. Are we really levitating here or are we suspending, or isometrically isolating things magnetically? Levitation to me suggests that the object is being focused on and moved around. A pen standing on its end, a rod with ring magnets on it in opposition, are those levitating any more than a gyroscope spinning? And furthermore, aluminum isn't magnetic, so how did you even do that? You see, I'm helping you be more scientific. You're welcome.