Difference between revisions 17039295 and 17803844 on enwiki

'''Harlan J. Brothers''' (19?? – present) is a teacher, musician, and inventor living in Branford, CT.  

In 1997, while examining the [[sequence]] of counting numbers raised to their own power ( {a<sub>n</sub>}=n<sup>n</sup> ), Brothers discovered some simple algebraic formulas that yielded the number 2.71828..., the universal constant <i>e</i>, also known as the base of the [[natural logarithm]].  Like its more famous cousin [[pi|(contracted; show full)==See also==
*[[List of amateur mathematicians]]

==External links==
*[http://www.brotherstechnology.com/math/index.html Mathematics page of Harlan Brothers]
*[http://www.giss.nasa.gov/research/intro/knox_03/  NASA Goddard Institute for Space Studies &ndash; "Serendipit&ndash;e"]
*[http://www.sciencenews.org/articles/20040214/mathtrek.asp/ <i>Science News</i> &ndash; Ivars Peterson]
*[http://
classes.yale.edu/fractals/labs/fwww.brotherstechnology.com/FractalmMusiclab/FractalMusicLab.html/  Yale workshop on Fractal Music pages at Yale(mirror)]
*[http://www.thecountryschool.org/zfac_hbrothers.htm/ The Country School: Harlan Brothers]

==Literature==
*Clifford A. Pickover. "Wonders of Numbers," page 4.  Oxford University Press, New York, 2001.

*H. J. Brothers, [http://www.brotherstechnology.com/docs/icnsae_(cmj0104-300dpi).pdf  "Improving the convergence of Newton's series approximation for <i>e</i>.&#8221;] <i>The College Mathematics Journal</i>, volume 35, number 1, 2004; pages 34-39.

*J. A. Knox and H. J. Brothers, [http://www.brotherstechnology.com/docs/cmj_paper1.pdf  "Novel series-based approximations to <i>e</i>.&#8221;] <i>The College Mathematics Journal</i>, volume 30, number 4, 1999; pages 269-275.

*H. J. Brothers and J. A. Knox, [http://www.brotherstechnology.com/docs/mi_paper1.pdf  "New closed-form approximations to the Logarithmic Constant <i>e</i>.&#8221;] <i>The Mathematical Intelligencer</i>, volume 20, number 4, 1998; pages 25-29.

[[Category:American mathematicians|Brothers, Harlan]]