On Thu, Oct 2, 2014 at 3:25 AM, meekerdb <[email protected]> wrote:

>
>
>> This is why I find protein folding intriguing. I see the following
>> possibilities:
>>
>> -> Molecular interactions entail an immense computational power;
>> -> P = NP;
>> -> We are constantly winning at quantum suicide.
>> Am I missing something?
>>
>
> P=/=NP doesn't mean that NP problems require "immense computational power"
> beyond what could biochemistry can provide.  Being NP is just a statement
> about how a problem scales with size of the input.  But for some given
> finite size it might be quickly solved.
>

Right, but with protein folding we have an interesting comparison. Given
the practical applications, many bioinformatics labs are working on the
problem. Finding the lowest energy state for many interesting proteins
seems to be beyond the capabilities of very powerful clusters using current
algorithms.

I agree with you that the most likely answer is that biochemistry can
indeed provide this computational power, but this is not an observation
devoid of interesting implications. One is technological: imagine what we
could do with biochemical computers. The other is related to the brain: if
biochemistry can unleash this computational power, then surely the brain
uses it. In which case our estimations of how far away we are from AGI may
be optimistic.

Sorry for the tangents in any case.

Cheers
Telmo.


>
> Brent
>
>
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