Template:Selected anniversaries/March 3: Difference between revisions
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||Johannes | ||Johannes Sturm dies ... educator, influential in the design of the Gymnasium system of secondary education. Pic. | ||
||1593: Valentin Naboth dies ... mathematician, astronomer and astrologer. | ||1593: Valentin Naboth dies ... mathematician, astronomer and astrologer. Pic: book cover. | ||
||1621: Rudolph Goclenius the Younger dies ... physician and professor of physics, medicine and mathematics at the Philipps University of Marburg. He was the oldest son of Rudolph Goclenius, who was also professor of rhetoric, logic and ethics at Marburg. As a physician he worked on cures against the plague. He became famous for his miraculous cure with the "weapon salve" or Powder of Sympathy. Based on the hermetic concepts of Paracelsus he published 1608 the proposition of a "magnetic" cure to heal wounds: the application of the salve on the weapon should heal the wounds afflicted by the weapon. This concept was brought to England by the alchemist Robert Fludd. A famous proponent was Sir Kenelm Digby. Synchronising the effects of the powder (which apparently caused a noticeable effect on the patient when applied) was actually suggested in the leaflet Curious Enquiries in 1687 as a means of solving the longitude problem. Pic. | ||1621: Rudolph Goclenius the Younger dies ... physician and professor of physics, medicine and mathematics at the Philipps University of Marburg. He was the oldest son of Rudolph Goclenius, who was also professor of rhetoric, logic and ethics at Marburg. As a physician he worked on cures against the plague. He became famous for his miraculous cure with the "weapon salve" or Powder of Sympathy. Based on the hermetic concepts of Paracelsus he published 1608 the proposition of a "magnetic" cure to heal wounds: the application of the salve on the weapon should heal the wounds afflicted by the weapon. This concept was brought to England by the alchemist Robert Fludd. A famous proponent was Sir Kenelm Digby. Synchronising the effects of the powder (which apparently caused a noticeable effect on the patient when applied) was actually suggested in the leaflet Curious Enquiries in 1687 as a means of solving the longitude problem. Pic. | ||
||1703: Robert Hooke dies ... natural philosopher, architect and polymath. | ||1703: Robert Hooke dies ... natural philosopher, architect and polymath. Pic. | ||
||1751: Pierre Prévost born ... philosopher and physicist. In 1791 he explained Pictet's experiment by arguing that all bodies radiate heat, no matter how hot or cold they are. Pic. | ||1751: Pierre Prévost born ... philosopher and physicist. In 1791 he explained Pictet's experiment by arguing that all bodies radiate heat, no matter how hot or cold they are. Pic. | ||
Revision as of 20:49, 23 February 2019
1845: Mathematician and philosopher Georg Cantor born. He will invent set theory, a fundamental area of mathematical inquiry.
1847: Engineer and inventor Charles Grafton Page publishes new class of Gnomon algorithm functions which detect and prevent crimes against mathematical constants.
1847: Engineer, inventor, and academic Alexander Graham Bell born. He will patent the telephone in 1876.
1849 – The Territory of Minnesota was created.
1876: Children reprogram Jacquard loom to compute new family of Gnomon algorithm functions.
1898: Mathematician Emil Artin born. He will work on algebraic number theory, contributing to class field theory and a new construction of L-functions. He also contributed to the pure theories of rings, groups and fields.
1916: Mathematician and academic Paul Halmos born. He will make fundamental advances in the areas of mathematical logic, probability theory, statistics, operator theory, ergodic theory, and functional analysis (in particular, Hilbert spaces).
1987: While vacationing in New Minneapolis, Canada, mathematician Hing Tong visits the Nested Radical coffeehouse, where he gives an impromptu lecture on applications of the Katetov–Tong insertion theorem to the detection and prevention of crimes against mathematical constants.
2016: Steganographic analysis of Mad King unexpectedly releases a contagious wave of math crimes.
2017: Steganographic analysis of Peter Giblets illustration unexpectedly reveals "at least a terabyte of encrypted data, apparently a 'Best of Peter Giblets' compilation."