2 results for (book:ur2 AND session:712 AND stemmed:matter)
hole
sound
massive
particles
atom
Ordinarily we think of mass as meaning the bulk and/or weight of an object. In classical physics the amount of matter in a given object is measured according to its relation to inertia, which in turn is the tendency of matter to keep moving in the same direction, if moving, or to stay at rest if at rest. An object’s mass is arrived at through dividing its weight by the acceleration caused by gravity.
Since the matter surrounding a black hole would also be drawn into it, some astrophysicists have suggested that this might emerge into another universe through its opposite — a white hole — where it would be seen as an extremely brilliant quasar, or quasi-stellar radio source. So there would be an exchange of matter-energy between universes or realities.
(“We are the strength in matter.”)
“Speaking of the dead hole in a galaxy, say ours, it emerges in what would be to us an atom of fantastic size, but the same thing happens on a different scale as far as the creation of matter is concerned within our own system.”12
planet
beam
space
clusters
speeds
[...] When you are dealing with that kind of energy, and particularly when you believe in it, space does not matter. [...]
[...] One of these is the discovery of at least some of that missing mass, thus indicating that gravitational fields may exist among the galaxies, and galactic clusters, strong enough not only to halt the expansion of the universe but to pull all matter back together again.