> Don't underestimate the complexity of chemical computation occurring with 
> microorganisms such as bacteria. The more it's investigated the more 
> underestimated the molecular sophistication seems...
>
> Also FYI it's shown that NP-complete problems can be solved with bacterial 
> computers:
> http://www.jbioleng.org/content/3/1/11/abstract
>
> John

Do you understand the basics of their claims? How was the desired
result represented? I mean I read the part about fluorescing both red
and green, but does that mean that the two colonies were on either end
of a 3-node directed path?  It doesn't quite make sense to say that
the bacterial computer can solve exponentially complex problems does
it? Is a 3-node directed graph really evidence of an exponential to
polynomial time solution, or is this really just an initial
feasibility test?
Jim Bromer


On Thu, Feb 12, 2015 at 3:21 PM, John Rose via AGI <[email protected]> wrote:
>> -----Original Message-----
>> From: Matt Mahoney via AGI [mailto:[email protected]]
>>
>> 10^40 self replicating organisms over the last 3 billion years have long 
>> since
>> solved the problem of traveling over snow without leaving footprints, but 
>> have
>> failed to solve any NP-complete problems.
>>
>
> Don't underestimate the complexity of chemical computation occurring with 
> microorganisms such as bacteria. The more it's investigated the more 
> underestimated the molecular sophistication seems...
>
> Also FYI it's shown that NP-complete problems can be solved with bacterial 
> computers:
> http://www.jbioleng.org/content/3/1/11/abstract
>
> John
>
>
>
>
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