How +- charges can explain Lorentz Force

Electrostatic dipole interaction could explain all magnetic Lorentz force angles. Maybe we should perceive magnetism as two electrostatic charge vectors, instead of one special vector, which we call magnetism.

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[subbvert]

watch the TalkingToleedskalnin channel vids and tell me what you think. Perhaps what I was trying to suggest in my first comment will make sense. Then again , perhaps not. I got the sense that the experiments you were doing were heading in that direction, perhaps not intentionally though. And yes the foundations come first. i look forward to your response.

[definitionofis]

@subbvert You will like this live demonstration of electromagnetic attraction because it matches one of your videos: watch?v=mHp_Wp5dAb8

I deliberately stayed away from permanent magnets in my videos because I am not sure if magnetism is a property of material. Maybe magnetism is an expression of aligned revolving electron charge, around billions of atom nuclei. Some metals are better able to perma-hold that spin alignment than others. There is no magneton flow. It is all +- charges.

[subbvert]

I've just watched your vids on magnetism and both enjoyed and gained a lot from them.Your experiments lead me to think you are looking to harness the formal properties of the N/S di-pole thinking in a new (more efficient)way ie circular flux, What about combining the concepts, closing the N/S circuit into a monopole that would then display the efficiencies of the circular flux? I've seen theoretical schematics of this and wondered what your thoughts are? Many thanks.

[definitionofis]

@subbvert First we learn a foundation from established science (8.02 MIT, Stanford, nptelhrd, Yale videos) so we have a way of quickly seeing a new idea's worth. Youtube has too much guessing by those who do not first understand the basic principles. They waste time winding odd coils. There are no N/S poles nor monopoles. 1800s comparisons to neg-pos monopoles is tempting and is a dead end, I think. The 18 DePalma videos, Lloyd Bushman was fascinating though. I am still thinking.

[sjh7132]

I think maybe your calculations should also including the greater distance between diagonals which is sqrt(2) greater and since the forces go with 1/d^2 it would make that diagonal force half as important.

[definitionofis]

@sjh7132 You're right. I'll correct that with an annotation.

[joewilder]

I've been looking at H for quite awhile. It would take a pretty large unit to get 3 liters of O and 6 of H. I'm not suggesting there would be any improvement in fuel efficiency. I just figure if H is generated, you might as well feed it back into the engine. There might be easier ways to make pure O. I do think an Oxygen feeder would be a cool accessory on a car though.

[definitionofis]

@joewilder I wonder if that would be a huge amount of gas. I would calculate that first.

[joewilder]

@definitionofis Well, thanks for what you've done. I get lots of ideas, but don't have a workshop. Lately I've been thinking about a person I know that needs oxygen and he likes to drive a lot. It would be good to have a water splitter incorporated into his car. The Hydrogen could be fed to the fuel system and Oxygen could be fed to my friend.

[definitionofis]

@joewilder I probably won't do another video about magnetism for a while, although I still have radio wave geometry, and permanent magnet atomic structure, which I would like to integrate into this framework. I have these aspects of electromagnetism too compartmentalized in my brain. They should be linked.

I have to get back to my wind turbine battery charging circuit. I neglected it because I rarely have wind. haha: The wind turbine just made four complete turns.