How to build an electron

I recently read a paper written by Milo Wolff [milo.wolff@att.net] called "The Physical Origin of Electron Spin".

http://www.quantummatter.com/articles_html/body_spin.html

This is my attempt to model an electron as described in this paper.

I make no pretense of being a physicist and I give all thanks to Mr. Wolff.

p.s. My mind is still reeling from his conclusions...

"This structure settles a century old paradox of whether particles are waves or point-like bits of matter. They are wave structures in space. There is nothing but space. As Clifford speculated 100 years ago, matter is simply, "undulations in the fabric of space".

Also...

"The next frontier science of the future is to understand the meaning and structure of space."

Wow.

Category:

Education

Tags:

• bern
• dell
• bern dell
• electron
• quantum mechanics
• quantum physics
• quantum

[ZZzzzzzWhat]

The edges might confuse people, i think the squared shape might falsely indicate a straight border on both wave planes. Nevertheless, nice work.

[bernusdellus]

@ZZzzzzzWhat

Thanx. :)

[abood1dude]

I don't get it?? does this suppose to be atoms making love or something?

[bernusdellus]

@abood1dude

Nice idea, but... I read a white paper by Milo Wolf that described electrons as two opposite standing waves.I was pretty intrigued by the idea and curious as to what it might look like. This was the result.

I might make a longer version one day that spells it out a little more clearly. This was really just a thought experiment. :)

[MrKorrazonCold]

I think it's really hard to imagine these spherical three-dimensional realities.

However, If all we have are these two dimensional diagrams, then I guess, the rest is up to our imaginations!

What dose a sinusiodal wave or quantized wave-front look like in three-dimensions? Enfolding+/-unfolding moments of spacetime, or imploding+/-unploding prehaps?

Becoming and passing, the sum of opposite vectors is always zero, this is the reason for the symmetry or conservation laws in physics!