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About the Book
This brief publication proposes a new solution for Fermat, a proof for Goldbach, a practical method for trisection, and a challenge for physics.
Is there a more elegant solution to Fermat's Last theorem? Can Golbach's conjecture be proved by construction? Can an angle be practically trisected in Euclidean geometry (close enough for practical purposes)? Are space and time infinitely divisible?
About the Author
Rick W. Tanney. BA (English, The Ohio State University), BS (Computer Science, University of
Maryland), MA (Philosophy, University of Texas at Austin), Mdiv. (Pastoral Counseling and
Psychology, Ashland Theological Seminary), MS (Computer Information Systems, Boston
University), MS (Spatial Information Science and Engineering, University of Maine), SFC (US
Army Retired)
Born in New Castle, PA on May 28, 1948 (the first half of the last century of the previous millennium)