“A Geometric Derivation of Relativity argues that Einstein’s theory of relativity is unnecessary, claiming classical geometry and a proposed “1/r force” can explain phenomena like light bending and Mercury’s orbital precession within a Newtonian framework. Author WH Clark frames his challenge as both a scientific alternative and a personal rebellion against institutional academic conformity.”
KEYWORDS: astronomy, celestial mechanics, relativity, orbital mechanics
134 pages 6x9 Trade book Available as a Paperback or PDF book Read a 15-page preview at Blurb.com
Einstein Never Needed This Many Enemies
WH Clark returns — still combative, still geometric, still magnificently certain. A Geometric Derivation of Relativity wages war on Einstein, tensor algebra, and the University of Texas simultaneously, which is either brave or exhausting depending on your tolerance for outsider physics. Clark’s central gambit — that a classical “1/r force” and orbital symmetry render Relativity redundant — is argued with genuine mathematical fluency, even when the conclusions strain credulity. The personal grievances woven throughout give the book an oddly human texture. This is less a textbook than a reckoning: one engineer’s lifelong argument with an establishment that never wrote back.
Purchase the Book
Please visit the book’s landing page at Clark Media for a full description, target audience, key points, and to order the paperback.
