

My point is, that you cannot make any kind of informed conceptual model UNLESS you already have mastery of the equations of existing models. Einstein used conceptual models, but he fully understood the math of the older theories he was expanding on. It doesn’t seem you have the background for this.
And yes, it seems you are proposing something that is a kind of grand unified theory, whether you recognize it or not. You’re trying to upend the entire foundations of physics, but you lack the math knowledge to understand even existing theories. You can’t improve upon that which you do not understand. If you think physics is just a conceptual model, you don’t understand physics.
I’m sorry, but you need to have some humility here. You are trying to radically change an entire discipline that you lack even undergraduate-level knowledge in.
The math is not secondary; the math is primary. If you do not understand the math, you do not understand the basic language of physics. It’s like trying to publish a literary analysis on the works some ancient Athenian playright when you can’t even read ancient Greek. There is such a thing as prerequisite knowledge. And you need to have enough humility to realize you simply lack the knowledge. You wouldn’t expect to be able to win an Olympic medal having never played the sport. But many folks suffer from the misconception that they can revolutionize physics without ever putting in the years of effort to really understand it.
Again. You cannot improve what you do not understand. And if you do not understand the math of physics, then you do not understand the physics. Save yourself the pain now. Abandon this idea until you actually have the mathematical framework to look at it and see if there is actually anything of worth in your idea. Start with humility and let go of the hubris. Otherwise you will face nothing but frustration, anger, and tears, as you cannot get anyone to respect or consider your half baked conceptual models.
Seriously. Go watch that video. The post you made ticks all the boxes on crackpot theories.
https://math.ucr.edu/home/baez/crackpot.html
Seriously, take a look at the crackpot index.