steelsurfer33 said:No, that’s exactly the opposite! It means realizing you were making things way more complicated than they needed to be and finally just switching to something simpler. Why do we even bother overcomplicating everything?
But man, that transition? It can be a total nightmare. Seriously, it’s never as simple as people make it out to be. You think you've got it figured out, and then—bam! Everything goes sideways. Why does it always have to be this complicated?
Complications are just masks for things people are too scared to face. People cling to them like a security blanket, but why? It’s all just a way to hide the truth. Honestly, simplicity is the only thing that actually works—it strips everything down and forces you to see things for what they really are. Why make it harder than it needs to be?
It’s all about stripping away the fluff, isn't it? Getting rid of all that useless noise just to finally uncover what actually matters. You know what I mean? Cut through the nonsense, find the core essence, and stop wasting everyone's damn time.
Making it trivial would just be another way of stripping it all down—like those pop singers or those damn reality shows. It’s the same old trick, isn't it? Just showing off skin and cleavage to distract everyone from the fact that there's absolutely nothing underneath.
Do you even get it? That... subtle... difference...?
Look, let's just say I'm more on the science side of things than the Philosophy side. That’s just how I work. I need to start with something concrete before I can even begin to abstract. The only exception? When I'm actually enjoying a puzzle or trying to crack a riddle. Otherwise, don't expect me to float around in thin air. 😁
I could try to pull this whole thing together using Newtonian laws. But before we even get there? We’re just staring at a massive, disorganized pile of empirical observations—half-baked rules that are either way too complicated or just plain incomplete. What are we even supposed to do with that?
And then Isaac goes and drops his movement model on us.
If nothing’s acting on a body, it either just sits there or keeps cruising at the exact same speed. Simple as that. Newton's laws don't care about your excuses!
Look, if some force actually acts on an object, then acceleration is just that force divided by the mass. It's basic physics! Simple enough, right?
If one object pushes on another, that second object is pushing back on the first with the exact same amount of force, just in the opposite direction. It’s basic physics! Newton's Third Law, plain and simple. Why is this even something people struggle to wrap their heads around? It's fundamental!
And that right there? That’s the entire foundation for classic mechanics. Simple as that.
Look, when we’re actually trying to describe something real—something specific—those basic laws just don't cut it. They aren't enough! You need way more than that simple stuff to get the full picture, and that’s where all the complications start creeping in.
It basically boils down to this: people take everything and strip it down to the absolute bare bones just to make it simple, and then—as if that wasn't enough—they immediately start overcomplicating the whole damn thing by throwing in a bunch of new variables! Why do we do this? Seriously!