A new paradigm for the universe
This project provides a new approach to understanding the universe.
The main idea is that the principal objects in the universe form a
spectrum unified by the presence of a massive or hypermassive black
hole. These objects are variously called quasars, active galaxies and
spiral galaxies. The key to understanding their dynamics is angular
momentum and the key tool, and main innovative idea of this work, is a
proper formulation of "Mach's principle" using Sciama's ideas.
The new approach gives an explanation for the observed dynamics of
spiral galaxies without needing so called "dark matter" and gives a
framework that fits the observations of Arp and others that show that
quasars typically exhibit instrinsic redshift. These fantastic
observations have no place in current mainstream cosmology and, to the
lasting shame and discredit of the cosmological community, Arp himself
was hounded out and denied observation time on the big telescopes.
In essence, what is provided here is a totally new paradigm for the
universe. In this paradigm, there is no big bang, and the universe is
many orders of magnitude older than current estimates for its age.
Indeed there is no natural limit for its age.
There is a quick introduction to some of the main ideas of the new
paradigm in the
that I gave at Robert MacKay's 60th birthday conference.
And there is a short paper covering one of the main topics, the
dynamics of galaxies with dark matter replaced by an alternative
which I recommend reading first.
There is also a BOOK containing the
main material in one convenient package. I recommend that you continue
by dipping into this book.
The latest version of the book is available on Amazon as a Kindle e-book
and as a paperback by print-on-demand
The book is also available on the arXiv
Mathematica notebooks supporting the book can be found here:
Three joint papers with Robert MacKay, which give an explanation for redshift
consistent with the paradigm and suggest a non-cataclysmic explanation
for gamma ray bursts:
Natural flat observer fields in
spherically-symmetric space-times (with Robert MacKay) J Phys A:
Math Theor 48 (2015) 225204
Natural observer fields and
redshift (with Robert MacKay) J Cosmology 15 (2011) 6079--6099
Are gamma-ray bursts optical
(with Robert MacKay) Palestinian J Math 5(Spec.1) (2016) 175--197
A joint paper with Robert MacKay and Rosemberg Toala Enriques, which
provides a model for quasars with intrinsic (gravitational)
Black holes, redshift and quasars
Notes on de Sitter space
Uniqueness of spherically-symmetric vacuum
solutions to Einstein's equations
A paper proving that much of the observed redshift in quasars is
gravitational and not cosmological:
Intrinsic redshift in quasars