Correa-Smith power from plasma

[pomodoro]

I've took a look at the link you wrote. But I cannot access to Correa's website. I get a 403 error. I've tried to access for some weeks and I always get the same error to any link inside his website.
It happens to you the same?

http://www.aetherometry.com/

Works well for me, go to the plasma physics page.   Perhaps you need a different browser.

[synchro1]

Voltage from Plasma ball:

https://www.youtube.com/watch?v=84ZPWmH6Inc


This video demonstrates proof amperage is transmitted along with the 200 volts! The LED'S must consume at least the 6 amps of input to the Plasma Ball. That accounts for practically the entire input to the plasma ball. The trick would be to try and light a second one.

https://www.youtube.com/watch?v=PzozuNe6-x0

[Magnethos]

http://www.aetherometry.com/

Works well for me, go to the plasma physics page.   Perhaps you need a different browser.

I've tried with different browsers and it doesn't works for me. Maybe they've a blockage depending the country.

[Magnethos]

Voltage from Plasma ball:

https://www.youtube.com/watch?v=84ZPWmH6Inc


This video deonstrates proof amperage is transmitted along with the 200 volts! The LED'S must consume at least the 6 amps of input to the Plasma Ball. That accounts for practically the entire input to the plasma ball. The trick would be to try and light a second one.

https://www.youtube.com/watch?v=PzozuNe6-x0

Wow! That's awesome. I have seen some different tests with different circuits but nothing similar to that thing. Really interesting.

What is your oppinion about that?

[synchro1]

Wow! That's awesome. I have seen some different tests with different circuits but nothing similar to that thing. Really interesting.

What is your oppinion about that?

@Magnethos,

Adding a second 50 watt LED array would probably dim them both down, but add around 30% to the overall luminosity; Based on my tests of hi-voltage lighting of LED'S.