The Physics of Particles and their Behavior Modeled with Classical Mechanics

Exploring the physics of atoms and subatomic particles, in an attempt to consolidate the laws of physics to describe all objects in the universe with classical mechanics, regardless of size or speed. In today's physics, quantum mechanics describes the behavior of atoms and its parts, and relativistic mechanics describes the behavior of objects at speeds nearing the speed of light. These laws can be collapsed to a single, unified law of physics - classical mechanics.

Paper referenced in this video:

Lori Gardi has started the process of computer simulating particles based on classical laws.

[FractalWoman]

Jeff Yee has informed me that he is currently on vacation in Egypt and may not be able to respond to questions for a couple of weeks due to poor internet connections. Please don't hesitate to ask your questions and he will get to it as soon as he gets back from his adventure. In the mean time, he has given me permission to respond to comments and answer questions if it is something I can answer. Otherwise, ENJOY the video.

[georgerhude]

I believe you have nailed it Jeff, now to convince the old school is difficult. I believe digging deeper into the effects of gravity and also the slingshot effect of gravity will help. I have been following gravity for many years and it will be the nut when cracked that will create the next evolution. Not to sound like a nut case, ,,,examples of what we may be able to do in the future ... change any material into another material simply by using controlled waves, defy gravity by controlled waves, operate inside the body non invasive by controlled waves. Don’t give it up! Congratulations for all of the hard work.

[ultravioletiris]

Wow this was amazing!! Very clearly presented and intuitive. You deserve a medal 🥇

[frankxpurcelljr]

Nice video. Thanks. I wonder if EWT can be extended to show
a mechanism for the double slit experiments and for the non-locality of quantum
entanglement. It’s not clear to me how classical mechanisms can explain all
quantum phenomena.

[veritopian]

Hi. Sorry, I can't follow how the equations at 7:30 become the one in Method #2 at 8:00
It seems to me it should be E = (Ke/r) * qp^2 ... but you have E = Ke * (qp^2/r)
Also, could you explain what the fine-structure constant is, and why it's needed / what it means?
Thanks. :)

[Mostafa-jfnr]

Do you have a book for undergraduate physics

[alphawolf]

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