Shakespeare and Saturn: Accounting for Appearances

ISBN-13: 9781433128608 / Angielski / Twarda / 2015 / 243 str.

Peter D. Usher

Opis

In the mid-sixteenth century, Copernicus asserted that the Earth was not the center of the universe as was generally believed, but that the sun lay there instead. The relegation of the Earth to the rank of an orbiting planet meant that humankind lost its privileged position as well, thus prompting re-evaluation of all facets of human existence. This transformation in worldview gathered momentum throughout Shakespeare s writing career, yet his canon appears to lack reference to it. Peter D. Usher has studied Hamlet and other Shakespearean plays and has uncovered a consistent pattern of reference to phenomena that prove the correctness of the new worldview, including reference to the infinite universe of stars. These data could not have been known without telescopic aid, which indicates that systematic telescopic study of celestial objects began before the generally accepted date of 1610. In Shakespeare and Saturn, Usher summarizes earlier results and shows that in All s Well That Ends Well, Shakespeare takes account of the last supernova eruption of 1604 known to have occurred in the Milky Way galaxy. He shows further that in Much Ado About Nothing and The Comedy of Errors Shakespeare makes observations concerning Saturn s spectacular ring system that are remarkably accurate."

Spis treści

Contents: Hamlet and Three Plays Involving Saturn - All's Well That Ends Well - Much Ado About Nothing - The Comedy of Errors - Properties of Saturn - Observable Features of Saturn - On Telescopy.

O autorze

Peter D. Usher is Emeritus Professor of Astronomy and Astrophysics at The Pennsylvania State University. He received his MSc from the University of the Free State in South Africa and his PhD from Harvard. He is the author of Hamlet's Universe and Shakespeare and the Dawn of Modern Science and has published more than one hundred papers in peer-reviewed journals. His research accomplishments include the analytic derivation of the equations of invariant imbedding, the discovery of the renormalized Poincaré-Lighthill perturbation expansion, a generalization of the method of shoot and fit, and a survey of medium-bright quasars. His papers on Shakespeare and science have appeared in The Elizabethan Review, The Oxfordian, and The Shakespeare Newsletter.