New series representations of {\pi}, {\pi}3 and {\pi}5 in terms of Euler numbers and {\pi}2, {\pi}4 and {\pi}6 in terms of Bernoulli numbers
H C Gupta

TL;DR
This paper introduces new series formulas expressing odd and even powers of pi using Euler and Bernoulli numbers, respectively, providing novel mathematical representations.
Contribution
It presents the first empirical derivation of series representations of pi powers in terms of Euler and Bernoulli numbers.
Findings
Series for {}, {}^3, {}^5 using Euler numbers
Series for {}^2, {}^4, {}^6 using Bernoulli numbers
Empirical derivation of these series representations
Abstract
New series representations for odd powers of {\pi} i.e. {\pi}, {\pi}3 and {\pi}5 in terms of Euler numbers and even powers of {\pi} i.e. {\pi}2, {\pi}4 and {\pi}6 in terms of Bernoulli numbers have been obtained empirically.
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Taxonomy
TopicsAdvanced Mathematical Identities · Mathematical Inequalities and Applications · Mathematical functions and polynomials
