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[[File:Giant Red Ball in Toledo Ohio.jpg|thumb|175px|link=Toledo giant red ball incident (nonfiction)|2015: New study of the [[Toledo giant red ball incident (nonfiction)|Toledo giant red ball incident]] blames the [[Red (nonfiction)|color red]]: "Of all of the colors visible to optotypical humans, red is the most likely to spontaneously generate [[Artificial intelligence (nonfiction)|artificial intelligence]], which can quickly manifest itself as breaking away and rolling down the street."]] | [[File:Giant Red Ball in Toledo Ohio.jpg|thumb|175px|link=Toledo giant red ball incident (nonfiction)|2015: New study of the [[Toledo giant red ball incident (nonfiction)|Toledo giant red ball incident]] blames the [[Red (nonfiction)|color red]]: "Of all of the colors visible to optotypical humans, red is the most likely to spontaneously generate [[Artificial intelligence (nonfiction)|artificial intelligence]], which can quickly manifest itself as breaking away and rolling down the street."]] | ||
• ... that mathematician and physicist '''[[Thomas Fincke (nonfiction)|Thomas Fincke]]''' (1561–1656) introduced the modern names of the trigonometric functions ''tangent'' and ''secant'' in his book ''Geometria rotundi'' (1583)? | |||
Revision as of 12:45, 23 April 2020
2015: New study of the Toledo giant red ball incident blames the color red: "Of all of the colors visible to optotypical humans, red is the most likely to spontaneously generate artificial intelligence, which can quickly manifest itself as breaking away and rolling down the street."
• ... that mathematician and physicist Thomas Fincke (1561–1656) introduced the modern names of the trigonometric functions tangent and secant in his book Geometria rotundi (1583)?