What RD needs to do - and which he hasn't done, in spite of lapsing into bold - is show how a Turing machine can carry out time dependent functions.
Wrong.
Look at a Turing machine. It does step n of the algorithm before step n + 1.
before
before
BEFORE
It doesn't do step n + 1 before step n. That would be a different algorithm.
Are you seriously disputing this?
The time dependence is there, it just isn't what you think it is. We don't need to be concerned with how "long" a step takes because it is irrelevant as long as step n occurs before step n + 1.
There's always, when discussing Turing machines, the problem of what, say, the tape is, and what the machine is. That's the kind of thing that needs to be nailed down if the claim that the functionality of the brain is equivalent to a TM is to be given consideration.
No, actually, there isn't always that problem. If you had taken courses on computation theory, you would know this. Nobody really cares about what the "tape" is vs. the "machine" unless it is a test question on an exam. The notion of Turing equivalence is about the types of operations that can be performed on information -- educated people call this
computation, in case you are interested -- not "tapes" vs. "machines."
For instance, please tell me what is the "tape" and what is the "machine" in The Game of Life, which is known to be Turing equivalent. I have no idea what it is. I don't know if anyone does. But I accept that TGOL is Turing equivalent (it can emulate a Turing machine) due to the types of things TGOL can do.
To claim there must be a "tape" and a "machine," otherwise Turing equivalence is invalid, is like some idiot peasant arguing with a biologist about whether microorganisms actually exist because "they can't be seen."
In the case of the ball catching, if timing does reduce to physical order, it does so on a far smaller scale than that of the supposed TM which runs on the neurons of the brain.
wtf are you talking about?
If the hand reaches the goal at any time --
any time -- prior to when the ball reaches the goal, the ball can be caught.
How on Earth is that "a far smaller scale...?"