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Ramanujan_Machine

My very own version of the Ramanujan Machine

original paper https://arxiv.org/pdf/1907.00205.pdf

My conjecture is that:

4 / pi = 1 + 1 / ( 4 - 2 / ( 7 - 9 / ( 10 - 20 / ( 13 - 35 / ( 16 - 54 ...)))))

alpha(n) = 1 + 3 n beta(n) = 1 - n - 2 n^2 gamma(c) = 4 delta(c) = c

Converges with exponential speed

err(n) = 10**(-0.38 n)

execute main.py for a demo execute plots.py for some plots of the search space

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My very own version of the Ramanujan Machine, finds pretty relations between important constants and continued fractions

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