Ignore me all you like, LG - I don't post responses to you for your sake, but for the sake of others. Just like anyone else I argue with - the goal is not changing your inflexible and undereducated mind, but to be a light guiding those who read this in passing.
Now, just in case anyone else missed the point:
lifegazer said:
Consider an object - say 'a rock', for example.
Here, as you can see, LG has started with a premise dealing with 'sensed-reality'. By his own philosophy, a 'rock' can only exist within 'sensed-reality'. By invoking this 'rock' he also must invoke the 'science' which deals with said 'rock'.
Keep dividing it until you are left with just one particle. It doesn't matter what this particle is - the importance of the argument is to isolate an absolutely singular entity.
Again, with the sensed-reality. But let's move on. He firsts asks us to isolate one particle - which would be fairly easy to do, say, a neutron or a proton. Then he changes gears and asks for an absolutely singular entity.
First, we have no idea what he means by absolutely singular. But if he's referring to an indivisible entity, then we have to know - does he want a particle, or an indivisible entity? But let's play his game, for a moment - and offer him an electron.
Some might object: "What happens if all objects are infinitely divisible?"
The simple answer to that is that if this is the case, then no singular finite objects actually exist in reality.
Either they do or they don't. If they don't, then bang goes your reality of singular entities separated by spacetime. If they do, then let's proceed with the argument:-
No problem here - we have numerous examples of entities that are, at the moment, indivisible. Of course, we may later learn how we might divide them, and whatever emerges from that study will become the new 'indivisible object'.
What can we say about an absolutely singular entity?
Nothing, until we understand what he means by 'absolutely singular'.
An absolutely-singular entity must be indivisible. Clearly, if it was divisible, then it could not be classed as an absolutely-singular entity in the first place.
Therefore, an absolutely-singular entity is absolutely indivisible.
This is fairly reasonable - if we invoke the concept that 'absolutely' means that there never will be any means to split this electron down, then a single electron is an absolutely singular, absolutely indivisible entity.
What can we say about absolute indivisibility?
Space and time are what are reported to exist between singular entities (thus separating those entities). But neither space nor time can separate something that is reported as absolutely-indivisible.
Clearly, a poorly-worded statement. That's like saying that an apple cannot separate something that is absolutely-indivisible. Obviously, nothing can divide that which is indivisible - but space and time can separate any number of absolutely indivisible entities from each other.
Consequently, an absolutely-indivisible entity must, IN itself, be spaceless and timeless.
This requires a definition of spaceless and timeless. IF, by spaceless, we means 'occupies no space', that is clearly wrong. An indivisible entity can certainly occupy space - the 'space' does not divide it; it simply exists within space. Likewise, 'timeless' would mean that the indivisible particle in question - the electron - is unchanging. By itself, a particle can be timeless - well, an individual particle can be timeless - but if any other entity exists, and any change occurs between entities, then that particle, in fact, occupies time as well.
So, no, an absolutely-indivisible entity cannot be spaceless or timeless, without heavily revising the definitions of said words.
Conclusion
You must now see where this is going: If an absolutely singular entity is spaceless and timeless in itself, then those entities are not 4-dimensional in themselves.
Conclusion based on a flawed premise. Really, the remainder of the conclusion does not merit discussion, as the premises they are founded upon are faulty.
That's it, really.