No lift. It may be that two discs must be in opposition on a tether as in T.T.Browns original experiments.. Moved on to other experiments at lower voltages. Very scary stuff.
Is your other disk a dialectic with a high K factor? You need barium or bismuth and you need to be hitting it with voltages in the megavolts not kilovolts. The disks need to be tethered and spaced apart enough to allow the bottom plate to chase the top.
i said that you have to construct a capacitor. two plates separated by a dielectric like bastrtitanate and then aplicate the high voltaje. I make a similar experiment to test the musha takaaki formula that predicts lift, the experiment is agree with the theory. I used glass as dielectric. Witha 14 cms diameter capacitor and 4mm glass as dielectri i applied 20kv and get 1,4 grams of force.
Yes, that is in fact what is shown here. Aluminum larger top and much smaller bottom plate separated by Barium Titanate dielectric. It sounds like your experiments on the right track. I would be interested in how much lift you achieved. Very Exiting!@@luismigliorero3905
how far did you get? Did you achieve any lift?
No lift. It may be that two discs must be in opposition on a tether as in T.T.Browns original experiments.. Moved on to other experiments at lower voltages. Very scary stuff.
Is your other disk a dialectic with a high K factor? You need barium or bismuth and you need to be hitting it with voltages in the megavolts not kilovolts. The disks need to be tethered and spaced apart enough to allow the bottom plate to chase the top.
And you can keep the current at safe levels so it won’t be as dangerous
I managed to get a saucer to lift vertically, and like you say, it really is about very high voltages@@vinniecartermusic
@@vinniecartermusiclooks like we both watched the same video about Townsend Brown 😉
tenes que formar un capacitor y aplicar voltaje a los electrodos. lo que hiciste no es un capacitor
CZcams's translate function disappeared, so all I can say is thanks for the comment.
i said that you have to construct a capacitor. two plates separated by a dielectric like bastrtitanate and then aplicate the high voltaje. I make a similar experiment to test the musha takaaki formula that predicts lift, the experiment is agree with the theory. I used glass as dielectric. Witha 14 cms diameter capacitor and 4mm glass as dielectri i applied 20kv and get 1,4 grams of force.
Thank you Luis, for your response@@luismigliorero3905
Yes, that is in fact what is shown here. Aluminum larger top and much smaller bottom plate separated by Barium Titanate dielectric. It sounds like your experiments on the right track. I would be interested in how much lift you achieved. Very Exiting!@@luismigliorero3905
exciting