ABOUT THE BOOK (from
relativity at the extreme
Relativity, gravitation, relativistic rotation, clarifying some
paradoxes of relativity at the extreme relativity at the extreme
of the attempts to find competing theories to Einsteinís relativity were
unsuccessful. When more accurate observations and test experiments were made
the competing theories proved to be incorrect.
this book, made up of a series of independent papers, the author presents
equations exhibiting solutions for forces and potentials valid at high
velocity, high rotation velocity and other extreme conditions. The suggested
solutions exhibit fewer singularities than Einsteinís general relativity
solutions, and are compatible with the experimental results and observations
available so far.
presented theories do not lead to black holes, or forbidden regions, which are
essential consequences of Einsteinís general relativity. Other results suggest
explanations of bounceback in supernovae, how thick
astronomical disks emit jets, and energy sources of supernovae, quasars and
active galactic nuclei.
author gives in detail tens of predictions, including new processes more
energetic than nuclear energy involving suggested new forms of matter. Possible
applications are suggested and discussed.
object of a few of the papers is relativistic rotation.
of integration and differentiation is sufficient in order to understand this
book. Tensors are not essential for understanding, and are only briefly
mentioned for comparisons with Einsteinís relativity.
THE AUTHOR (from inner back cover):
Ben-Amots epitomizes a daring and unrelenting independent thinking and
idiosyncratic approach to some of the most difficult problems of science,
providing new explanations to some of the most puzzling problems in
astrophysics. His papers give new insights on the relativistic rotation,
gravitation and more, with applications in astrophysics and elementary
particles. Using relativistic rotation and exponential gravitation he
elucidates the source of energy that causes the explosion of a supernova after
the implosion stage, the thermal stabilization of quasars and galactic nuclei,
and the production of the astronomical relativistic jets ejected by them and
accelerated by radiation from thick accretion disks. All these and more are
detailed in this book, as well as many predictions including the existence of a
new set of orbitals of an electron around a proton, inner to the Bohr orbitals.
His non-dogmatic concepts based on solid understanding of physics and
dedication to simple non-conventional solutions put him on a unique plateau in
Ben-Amots is a graduate of the Technion - Israel
Institute of Technology,
Ben Amots is a member of the standing committee of IARD: International
Association for Relativistic Dynamics and a prolific researcher and writer on
many diverse topics ranging from mechanics to astrophysics to relativity. His
expertise and interests include dynamics, rotations Ė classic and relativistic,
exponential gravitation, dark energy and the use of relativity, gravitation and
relativistic rotation to explain
of relativity at extreme velocities and accelerations.
published papers on the above topics as evidenced by the list of his
publications in this book, and also in: