0.398942280401432677939946059934381868475858631164934657
66592582967065792589930183850125233390730693643030255886
26351826855109919545558372429962127306255077063452705827
20499317564516345807530597253642732083669593478271702999
18641906345603280893338860670465365279671686934195477117
72120653253753691334787505604240557048842581804823179037
72804997176338575363992839140318693283694771754858239775
05444792776115507041270396967248504733760381481392390130
05646760233563055700857007266411000157215639535778231234
10952609069269089244567245554672105743928915256735109303
85068078318351980655196468743818998016595978188772145886
16174599005017129609403663132938462018650453099668143164
91432421060417455294539282219688799792718106125413701644
53636765287464840612259774030275763201370942219451172546
54707584421414225028380618685941352575547745498015305...

According to our theory of neutrally stratified (or non-stratified) turbulence,
the famous von-Karman, κ ,
constant appears to be κ=1/√2 π where p is the circle number and equal to 3.1415 …

To the left we see κ given with 1000 digits.

Research

Some aspects of our turbulence research are sketched here:

• http://arxiv.org/abs/1207.1633
• http://arxiv.org/abs/1203.5042
• http://www.amazon.de/Marine-Turbulence-Theories-
   Observations-Models/dp/0521153727/
• http://www.researchgate.net/profile/Helmut_Baumert/
• https://www.pro-physik.de/nachrichten/ideale-turbulenz

Aquatic creatures