>>12043889okay. I will have to do more reading.
I thought of just trying out what happens experimentally.
An EM Wave Generator shouldn't be too hard to build. The rest should be trivial.
But I just don't know how much frequency to put onto the EM Wave Generator or what Potential I need for the seperate E-field ._.
>bro I really don't know where you learned your E&M from I don't know either. Books or the Net.
If you have any book/webside recommendations, I would greatly appreciate it.
blog
I don't have any "formal" education in that field, or remotely to that field. That's why I annoy you here. I aced primary, middle, high, did a two year "industrial engineering and managedment"
B.Sc. than worked for 6 months to get some money, became ultra lucky in trading/crypto and now I have enough money to life for the next 300 years (all money realized, Believe you me, 8 times 0, not in the lower half). Seen most of the world, and now, I just want to build cool stuff. Already build one of those DIY Kitfox Bushplanes. But always mired at the McFly Hoverboard or a Flying Car.
So I looked it up, and somehow came to a patent (US 2006/0145019 A1) that was released in the UK under some freedom of information act, and in which they orthoginally cross an e field with an EM field (vertically polarized e field).
So I just want to understand it. In a few day, I should be back at home. Already ordered some silver, copper and alu plates, different thicknesses of copper wire (both insulated, and not) a frequency generator, all the machining tools I might need. A few of those Voltmeters, Amperemeters, Oscilloscope, etc.
Now I need to build a good electrostatic generator and an EM Wave Generator to test it out. What exactly do I use to test a field? One of those copper rolls on a stick, if it spins there is a field? Read that as an analogy to one of the maxwell heavy sides.
/blog
