Graviflyer thoughts and observations video 11

Alexey has eluded to using electrets in future projects. This video is the beginning of our exploration of the use of dielectrics in different parts of the Graviflyer. There’s only one field, but three different modes. Rontgen is the man of the hour, can we replicate his experiment with a twist?! Thanks for watching!

[@TitiProsopel]

you have to remove the build-up capacitor to center it around the device

[@Flamejet51]

I’m interested in where you’re going with this, but I need more words…

[@jacekwis512]

I'm waiting for the experiment, I'm Polish. Good luck

[@Flamejet51]

So far it’s been a total disaster, thanks for the support!

[@you-know-who.]

So are you thinking the materials are not so relevant. What is the reasoning behind using HDPE? i feel like all the different parts of the craft will resonate differently. I have a very loose understanding, sorry if i sound dumb

[@Flamejet51]

Thanks for the reply, I appreciate the exchange. Actually I’m thinking the makeup of the different elements of the Graviflyer is crucial, in particular the dielectric constant. HDPE isn’t great in this respect, but it is readily available and it’s just the start. PTFE is up next. Also, this setup resembles the Graviflyer on purpose but it’s built specifically to replicate the Rontgen Dielectric experiment from the mechanical perspective of the Graviflyer. Rotate the capacitor plates instead of the dielectric. Rontgen utilized glass and hard rubber for his dielectric. You are totally correct, the ultrasonic “agitation” of the whole system won’t hit all the different materials resonate frequencies. On the other hand, pumping 25-35khz into a structure does produce some “cohesion”. Honestly I think we are all in the dark here but my version of how this thing works is covered in the first 2 videos and is based around Mike Gambles Study Of Gravity and the Schumann resonance. Great reply!