Template:Selected anniversaries/July 26: Difference between revisions

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File:Igor Sikorsky 1914.jpg|link=Igor Sikorsky (nonfiction)|1923: Aircraft designer [[Igor Sikorsky (nonfiction)|Igor Sikorsky]] demonstrates experimental helicopter which is capable of performing simple [[Time travel (nonfiction)|time travel]] maneuvers, significantly reducing fuel costs for helicopter flight.
File:Igor Sikorsky 1914.jpg|link=Igor Sikorsky (nonfiction)|1923: Aircraft designer [[Igor Sikorsky (nonfiction)|Igor Sikorsky]] demonstrates experimental helicopter which is capable of performing simple [[Time travel (nonfiction)|time travel]] maneuvers, significantly reducing fuel costs for helicopter flight.


File:John von Neumann.gif|link=John von Neumann (nonfiction)|1924: Mathematician, physicist, and computer scientist [[John von Neumann (nonfiction)|John von Neumann]] publishes new class of [[Gnomon algorithm functions]] which anticipate digital computers.  
|File:John von Neumann.gif|link=John von Neumann (nonfiction)|1924: Mathematician, physicist, and computer scientist [[John von Neumann (nonfiction)|John von Neumann]] publishes new class of [[Gnomon algorithm functions]] which anticipate digital computers.  


File:Henri Lebesgue.jpg|link=Henri Lebesgue (nonfiction)|1941: Mathematician and academic [[Henri Lebesgue (nonfiction)|Henri Lebesgue]] dies. He developed a theory of integration which generalizes the 17th century concept of integration (summing the area between an axis and the curve of a function defined for that axis).
File:Henri Lebesgue.jpg|link=Henri Lebesgue (nonfiction)|1941: Mathematician and academic [[Henri Lebesgue (nonfiction)|Henri Lebesgue]] dies. He developed a theory of integration which generalizes the 17th century concept of integration (summing the area between an axis and the curve of a function defined for that axis).

Revision as of 13:03, 3 July 2017