Are you calling me a liar?
I'm either calling you a liar or deluded, an assessment based on the evidence of your posts. This stems from your hypocrisy to demand people present evidence for their claims but then you cannot provide any yourself for your claims. You assert reality works in a particular way when you cannot possibly
know for certain it does since you have no experimental data to hand and no model which can describe that data. This then brings us to your comments about your superiority to Newton in the case of torque. You admit to having what even a decent high school student would call a poor physics knowledge base and clearly you are bordering on innumerate, thus you're incapable of modelling real world systems involving torque, as illustrated by other posts having to walk you through concepts like $$\tau = \mathbf{x} \times \mathbf{F}$$ (which we can thank Newton for).
I also notice you only quoted part of my post, skipping over the first half of it where I say I'm happy to discuss torque with you if you can demonstrate you have a working understanding of it. I suggested you do something someone with a superior understanding of torque than Newton should be able to do immediately, namely a simple kinematics problem involving torque. Funny how you didn't address that part. A simple problem given to freshman doing a classical dynamics course, something based entirely on Newtonian kinematic principles, something which takes a competent student a few minutes to solve, something Newton would eat for breakfast, something you shouldn't have any trouble doing if you are correct in your assessment of your abilities.
I ask for such a thing because of your track record. When someone does something formal and mathematical you can do little more than either ignore it or just dismiss it out of hand. Given that a necessary part of discussing how torque works in the real world is to have a formal working model upon which to base the discussion. After all, there is no point in us talking about how to apply $$\tau = \mathbf{x} \times \mathbf{F}$$ to a problem of say a car accelerating along a surface if you don't understand vectors or the cross product. These are concepts introduced by Newton to model precisely these sorts of problems so if you really do understand torque better than him you should be fine. I'm asking you to demonstrate this because you haven't shown you have an understanding of such things before. If you have shown such understanding then please link to a post of yours where you solve kinematic problems of that sort (posts where you've just listed a bunch of equations lifted from somewhere and not applied them to a specific problem do not count, it doesn't demonstrate a working understanding). If you ever formalised any of your many threads whining about your issues with relativity then I'd not ask, I'd know you can do it just like I know Rpenner could because of all of his many posts demonstrating as much and just like people know I can do various things in kinematics, my post history.
If you go around complaining others don't have evidence for their claims then you're a hypocrite. If you go around claiming you
know how the universe works then you're dishonest since you have no data on which to base claims. If you claim you're more competent than Newton when it comes to torque but you cannot do even a related child's homework problem then you're, again, dishonest. So, do you accept that request? Are you willing to illustrate to myself and others here that you do in fact have a working quantitative understanding of kinematics? Once you have then you and I can dig a little deeper and discuss your views on such things. Until then I'm not going to enter into such a discussion, as it would degenerate into me giving formal, quantitative explanations as to your errors and you then ignoring them because you don't understand.
/edit
That's part of the reason I didn't do well in school.
Yes, when you were required to show a working understanding of information pertaining to physics you sucked at it. Now that you can just say "I'm right!" and walk away you suddenly become a physics whiz. How did this information get into your head? Experimental data you've combed through and constructed a viable model for? Nope, since you have no such data. An examination of the quantitative side of current models to identify inconsistencies with
some experimental data? Nope, since you have no experimental data and your mathematical skills are so poor that you're, for all intents and purposes within physics, innumerate. Pure reason and logic? Nope, since even if your work was formalised it is possible to construct infinitely many different internally sound models of space and time and to deduce which are not applicable to reality requires that pesky experimental information again. After all, special relativity is a sound hypothesis for how space and time work and yet you don't accept it. Euclidean space and time is another possibility. Space and time could be discrete, quantised in structure. Space and time could be an ensemble construct from closed strings. Or from spin foam. All can be made into sound formal constructs so the only way to distinguish them as fact or fiction is through experiment.
So where did your knowledge come from? Did you just wake up one morning and just
know? Did some god whisper in your ear? Did you learn it in a dream? Please illuminate us all on how it is you know how the universe works when you have absolutely no real world data to go on.
I can not continue to believe anything in that paper because I know for a fact it is wrong!
How completely and utterly intellectually dishonest of you. You have a view which is completely absent any evidence or justification and you
refuse to expose yourself to alternatives, regardless of how practical and tested they are, because you have already made up your mind. You aren't interested in following the evidence but leading the evidence, cherry picking what you can taut as supporting your views and ignoring everything else. It is this attitude which has lead you to a place where you ask questions like this :
Edit: Before (as measured in absolute time) we can relate to each other about those terms you just used, you must define what you mean when you say: "solid body," "moved 3 meters," "left," "its points," "where did they go?"
If you understood notions like coordinates and inertial frames you'd not ask such things. For example, you ask what 'left' means in an attempt to make a comment about absolute space. Notions of 'left' and 'right' are fine within relativity because they are defined in reference to a choice of coordinates. You've shown repeatedly you don't grasp what coordinates really are or the concept of coordinates associated to an inertial frame and its your fault because you refuse to read anything you believe will contradict your own views.