Oh, a guessing game. Let's see, other than the one mentioned I have his popularI have read Susskind (two books)
The black hole war: my battle with Stephen Hawking to make the world safe for quantum mechanics. Is that one of the two? I know that there are book versions of his The Theoretical Minimum lectures at Stanford but I haven't read them.
Not bad, IMO. Not technical but more technical than some. How did you find it to be?and Gasperini ("The Universe Before the Big Bang")
Let's see- books by Brian Greene, Stephen Hawking, Lee Smolin, Michael Woolfson, Lawrence Krauss, and/or Brian Cox, perhaps? Were any of them on my "recommend" or "don't recommend" lists?plus a few others that are not on your list
Secondly, I said that it had some of the characteristics of a black hole
Maybe you meant this but you didn't say this:
IOW, the mass of the minute black hole that was our universe was so high and condensed that time barely "moved" by today's standards.
since it wouldn't be a black hole entirely
It wasn't a black hole any more than it was a star or planet.
...a stellar body that used to be a star. That's the basic concept.The basic concept of a black hole is
"The collapse of a star to a black hole was first discussed in the General Theory of Relativity by Oppenheimer and Snyder. There are currently two classes of black holes of intense observational activity, objects of a few solar masses, the compact accreting partners of low-mass, X-ray binaries (LMXB) and extremely massive objects of 107 to 1010Mev in active galactic nuclei (AGN) (AGN stands for Active Galactic Nuclei, which are now understood to be galaxies, such as ours, at the center of which is a giant black hole that is ingesting stars from an accretion ring; as the stars are torn apart intense radiation is emitted.) The latter are probably ingesting stars of the surrounding galaxy by first reducing them to an accretion disk. In both cases, the radiation detected is thought to be produced by the accreting matter as it is heated by compression and friction while it spirals toward the hole. In the case of active galactic nuclei, radiation has been detected from X rays down to the infrared and probably includes gravitational radiation, though such has never been detected. The lighter black holes in binary systems are doing the same on a smaller scale."
p. 176 of
Glendenning, N. K. (2007). Special and general relativity: with applications to white dwarfs, neutron stars and black holes. Springer.
But let me get back to the point that if there was any movement whatsoever of anything, including just vibrations, that intrinsically involves time, and this is not of my invention, to be clear.
It doesn't intrinsically involve time or movement. Things like movement in physics have very precise definitions. Not every activity is movement, and things like quantum fluctuations, non-relativistic matter, tunneling, "matter-waves", etc., all involve activity without motion and sometimes without or independent of time.
Movement is necessarily a part of any GUT. It doesn't mean that such a theory posits movement at the origins of the universe.such as M-Theory to use just one example, again movement, thus time, is involved.
You too.Take care.