olcott
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On 3/25/2021 3:49 PM, André G. Isaak wrote:
> On 2021-03-25 13:35, olcott wrote:
>> If any computation that can be expressed in the x86 language is a
>> Turing equivalent computation AND
>
> 'Turing equivalent computation' doesn't mean anything. You are, once
> again, simply demonstrating that you don't know what these terms mean.
>
> Two computations can be equivalent (not 'turing equivalent').
>
> A *model* of computation can be Turing Equivalent.
>
> If the 'x86 language' (not that there is such a thing) is Turing
> equivalent, then any *computation* defined in the 'x86 language' can be
> performed by a Turing Machine. But not everything expressed in x86 code
> constitutes a computation.
If my halt deciding computation can be performed on a Turing machine
then it necessarily meets the formal definition of a computation, right?
When you try to tell me that black cats are not black I know that what
you say is not true.
>> My halt decider is expressed in the x86 language
>
> But fails to meet the formal definition of a computation.
This would mean that my halt deciding computation cannot be performed on
a Turing machine, right?
Since my halt deciding computation can be translated into the RASP
computational model and performed on a RASP machine this would prove
that it can be performed by a Turing machine, right?
>
> Why don't you actual learn what 'computation' means in the context of
> computational theory?
>
> André
>
--
Copyright 2021 Pete Olcott
"Great spirits have always encountered violent opposition from mediocre
minds." Einstein