The On-Line Encyclopedia of Integer Sequences (OEIS)

Revision History for A073005 (Bold, blue-underlined text is an addition; faded, red-underlined text is a ~~deletion~~.)
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A073005

Decimal expansion of Gamma(1/3).
(history; published version)

#73 by Hugo Pfoertner at Fri Jun 28 14:43:16 EDT 2024

STATUS

editing

approved

#72 by Hugo Pfoertner at Fri Jun 28 14:42:20 EDT 2024

FORMULA

Equals 3*A202623 = exp(A256125A256165). - Hugo Pfoertner, Jun 28 2024

CROSSREFS

Cf. A073006, A202623, A203145, A256125A256165.

#71 by Hugo Pfoertner at Fri Jun 28 14:41:42 EDT 2024

FORMULA

Equals 3*A202623 = exp(A256125). - Hugo Pfoertner, Jun 28 2024

CROSSREFS

Cf. A073006, A202623, A203145, A256125.

STATUS

reviewed

editing

#70 by Michel Marcus at Fri Jun 28 14:32:43 EDT 2024

STATUS

proposed

reviewed

#69 by Michael De Vlieger at Fri Jun 28 14:15:45 EDT 2024

STATUS

editing

proposed

#68 by Michael De Vlieger at Fri Jun 28 14:15:44 EDT 2024

LINKS

Alessandro Languasco and Pieter Moree, <a href="https://arxiv.org/abs/2406.16547">Euler constants from primes in arithmetic progression</a>, arXiv:2406.16547 [math.NT], 2024. See p. 8.

STATUS

approved

editing

#67 by R. J. Mathar at Tue Oct 31 11:21:53 EDT 2023

STATUS

editing

approved

#66 by R. J. Mathar at Tue Oct 31 11:21:43 EDT 2023

FORMULA

Equals Integral_{x=0..oo} 3*exp(-(x^3)) dx = 3*A202623.

STATUS

approved

editing

#65 by N. J. A. Sloane at Sat Sep 09 11:31:27 EDT 2023

STATUS

proposed

approved

#64 by Michel Marcus at Sat Aug 26 02:02:23 EDT 2023

STATUS

editing

proposed

Discussion

Sat Aug 26

02:23

Andrea Pinos: Could you tell me if document is right or I miss other thing?