Book

The Mathematical Theory of Black Holes (1983)

by Subrahmanyan Chandrasekhar

Summary

This book is not "The Mathematical Theory of Black Holes" by Subrahmanyan Chandrasekhar. The provided passages are from "A Budget of Paradoxes (1872)" by Augustus De Morgan, a collection of writings on eccentric and paradoxical works in mathematics, science, and theology. De Morgan’s central argument is that many historical works—from mathematical theology to proposed solutions of the longitude problem—represent logical vagaries or overreaching claims, often mixing right and wrong ideas. He critiques figures like Richard Jack, who attempted to geometrically demonstrate God’s existence, and M. Hoene Wronski, who promised the Absolute and a definitive solution to the longitude problem through obscure mathematics. De Morgan also traces the lineage of scientific instrument makers and discusses the Baconian method, noting that Sir John Herschel insisted on sound mathematical knowledge as essential for independent scientific opinion. A reader takes away a skeptical, historically grounded view of scientific and mathematical claims, learning to distinguish genuine advances from paradoxes.

Key concepts

  • Mathematical theologyThe attempt to prove the existence of God using geometric or mathematical propositions, as in Richard Jack’s work.
  • The Jacotot methodA teaching principle summarized as "Tout est dans tout" (everything is in everything), where one learns something and relates everything else to it.
  • The AbsoluteA transcendental philosophical concept that M. Hoene Wronski claimed to have at his fingers’ ends, but which he would not reveal without prepayment.
  • Baconian philosopherA type of inquirer derived from Francis Bacon’s inductive method, exemplified by William Herschel, though his processes were considered vague by Baconian standards.
  • The longitude problemA historical challenge to determine a ship’s longitude at sea, which Wronski claimed to have definitively solved through his new celestial mechanics.

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Title: The Mathematical Theory of Black Holes (1983) by Subrahmanyan Chandrasekhar

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