Before the Big Bang (Hardcover)

Needless to say that the author doesn't believe in the Standard Model, and surely not in the Copenhagen interpretation of quantum mechanics.

The only interesting pages in this book are reports of the author's meetings with Einstein (who defends determinism), Bohr (who defends freedom) and Feynman (who crushes him).

The rest of the book is a terrible waste of time.

Matter is revealed to be made up of pairs of rotating electrons and positrons. Electrons, positrons, and photons are revealed to be forms of vortexs in the ether, so that matter and energy are visually comprehensible as two forms of the same thing, as required by Einstein's E=mc2. The properties of the vortexs also account for the properties of theoretical superstrings. In this way, the gulf between classical and quantum physics evaporates.

Protons are revealed to be made up of four electron-positron pairs and a positron, interacting in such a way (illustrated on p. 250) as to account for the properties of theoretical quarks (which have never been observed individually), the strong force, and the unequaled stability of protons. Neutrons and the weak force are similarly explained.

Electron-positron pairs allow for more massive and yet longer-lived particles than any other known form of matter. This, astonishingly, allows a single electron-positron pair to encompass the mass/energy of the entire universe. This in turn makes it unnecessary to stipulate a problematic infinitely dense singularity and a beginning of time at the big bang.

All cosmologicals structures, from the universe down to planets, are revealed to be rotating systems equally spaced on logarithmic scales of both mass and size. This structure, unaccountable by any previous model, is revealed to have been preexistent in the extraordinarily but finitely dense seed of matter at the big bang. This seed divided by two in a series of stages, until reaching the level of ordinary matter, at which point it ejected outward in the big bang as we know it while retaining many seeds of cosmological structures to come.

This model explains in a beautiful, elegant way many previously unaccountable cosmological structures. Quasars, previously unaccountably brighter and denser than any known cosmological object, and found in the most distant and hence oldest parts of the universe, are revealed to be galaxies in the process of ejecting their matter from their central seed. Galaxies from the earliest stages of the universe, before they could possibly have had time to condense under the force of gravity, are revealed to have had a preexistent structure in their central seed. Dwarf galaxies, previously unaccountable, are revealed to be ejected from their parent galaxy along its axis of rotation. Rotating spiral structures of multiple galaxies, previously unaccountable, are revealed to have been ejected from a central seed.

This book is truly revolutionary. It can only be a matter of time before Sternglass is hailed as a Galileo, who was similarly attacked. Notice how all the negative reviews have been quick to judge and slow to actually read the book, e.g. "It's trash, can't you tell by its cover?"

Finally, the book is filled with dense physics language. Sternglass rightly says that the subject is difficult, but that the lay-reader should be able to follow the main ideas.