Space-Time Physics

The Revolution in Physics For the New Millennium

by Jesús Parrilla-Calderón


Formats

Softcover
$11.45
$9.25
Hardcover
$22.95
$15.75
Softcover
$9.25

Book Details

Language : English
Publication Date : 2/5/2004

Format : Softcover
Dimensions : 6x9
Page Count : 124
ISBN : 9781410796325
Format : Hardcover
Dimensions : 6x9
Page Count : 124
ISBN : 9781410796332

About the Book

In this book the author presents a theory about space and time in which time has characteristics identical to those of space. Starting from the premise that motion is the most fundamental, physical phenomenon in nature and that rotational motion, “Spin”, in the subatomic domain is mathematically different from that in the macroscopic world , he postulates that space and motion are the only fundamental, physical phenomenon in nature; that SPACE and TIME have identical properties; and that every physical manifestation or phenomenon of the universe can be represented by motion in a six dimensional SPACE-TIME; that in that six dimensional space there is one preferred dimension of time and one preferred dimension of space.

Generalizing rotations in that six dimensional space with two preferred dimensions he obtains that there are 16 separable and distinguishable kinds of rotations and 16 corresponding anti rotations. These numbers coincide with the present day elementary particles theory that there are 16 quarks, leptons and force carriers and corresponding antiparticles. Also, the fact that the photon is its own antiparticle comes out of the theory.

The book stays on a semi speculative level. In pretends to be a challenge to mathematicians and theoretical physicists to venture into an avenue that may be the way to a new revolution in physics.


About the Author

The author is a retired Professor of Physics and researcher who also served as Chairman of the Department of Physics and Dean of Science at the Catholic University of Puerto Rico; Chairman of the Department of Mathematics and Physics at the University of Puerto Rico, Cayey Campus. Has done theoretical and experimental research on relativity theory, space-time physics, gyroscopic motion and nuclear radiation hazards. He also served one year as part-time Physics Lecturer at the City College of New York.