Nice demonstration. However you should exclude any static electricity effects!
I have done similar experiments and have concluded that it can be expalained by static electricity. The white flakes you have there are magnetic (azomite has iron, magnetite), they move around by the magnet and they accumulate an electric charge by friction with the glass. There comes a point where they fly away because they repell from the electrically charged glass. Also, your hand acts as a ground, which ..
may explain why they respond to your hand movement.
Anyway, try doing the same experiment on an aluminium foil (or in a beaker covered inside with the foil, or metallic vessel), you will probably observe that they dont fly away, they just move around. I wish what you have there is superconductivity but give it one more try on (grounded) aluminium foil to be sure!
Ok so a good test for a super conductor is when you can hover a magnet over the stuff. There is repulsion. We see repulsion with this white powder, could be a super conductor at room temperature. Is there any other explanation for the repulsion? Are there any other tests on this powder that would show super conducting?
@indyme2 If this is a super conductor there are loads of cool things that could be done. I say cool but this is room temperature, not absolute zero like the 'proper' scientists use hehehe.
Did you consume it?
420PATROCK 3 weeks ago
it has to be heated?
pimpo911 2 months ago
does it have to be heated?
jocell202 4 months ago
Nice demonstration. However you should exclude any static electricity effects!
I have done similar experiments and have concluded that it can be expalained by static electricity. The white flakes you have there are magnetic (azomite has iron, magnetite), they move around by the magnet and they accumulate an electric charge by friction with the glass. There comes a point where they fly away because they repell from the electrically charged glass. Also, your hand acts as a ground, which ..
selfobserver1 11 months ago
may explain why they respond to your hand movement.
Anyway, try doing the same experiment on an aluminium foil (or in a beaker covered inside with the foil, or metallic vessel), you will probably observe that they dont fly away, they just move around. I wish what you have there is superconductivity but give it one more try on (grounded) aluminium foil to be sure!
selfobserver1 11 months ago
Is this black magic?
dawg1157 1 year ago
Ok so a good test for a super conductor is when you can hover a magnet over the stuff. There is repulsion. We see repulsion with this white powder, could be a super conductor at room temperature. Is there any other explanation for the repulsion? Are there any other tests on this powder that would show super conducting?
RavenPrecept 1 year ago
Ormus Rules! Do ya know this vid?
watch?v=X70LlVW7Ofk
UFOconsciousness 1 year ago
I finally got some of Hudson's Sand and I will soon make my own WP stuff. I know I am not the alchemist you are but, I think I will get by. DVD
dwvand 1 year ago
What a wonderful intriguing video. lol
BamMurphree 1 year ago
I like it! Reminds me of watching Mr. Wizard on TV as a kid. Do you have any application in mind or are you still exploring characteristics?
indyme2 1 year ago
@indyme2 If this is a super conductor there are loads of cool things that could be done. I say cool but this is room temperature, not absolute zero like the 'proper' scientists use hehehe.
RavenPrecept 1 year ago
Nice. Independent confirmation is good.
al27052 2 years ago
Very cool, Charles.
we1are1all1one 2 years ago
Comment removed
waterslv 2 years ago
Nice.
z31man 2 years ago