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Draft version of polymath4 paper

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I’ve written up a draft version of a short paper giving the results we already have in the finding primes project.  The source files for the paper can be found here.

The paper is focused on what I think is our best partial result, namely that the prime counting polynomial \sum_{a < p < b} t^p \hbox{ mod } 2 has a circuit complexity of O(x^{1/2-c+o(1)}) for some absolute constant c>0 whenever 1 < a < b < x and b-a < x^{1/2+c}.  As a corollary, we can compute the parity of the number of primes in the interval [a,b] in time O(x^{1/2-c+o(1)}).

I’d be interested in hearing the other participants opinions about where to go next.  Ernie has suggested that experimenting with variants of the algorithm could make a good REU project, in which case we might try to wrap up the project with the partial result and pass the torch on.


Filed under: discussion, finding primes

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