2 results for (book:ur2 AND session:712 AND stemmed:backward)
hole
sound
massive
particles
atom
(11:00.) “In a way of speaking you could say these centers fall through space, but they really fall through the space of themselves. (Jane shook her head, her eyes closed.) As they fall backward through themselves — I’m getting this — I don’t know how to say it — the faster-than-light particles collapse in on top. The dead hole seems to swallow itself, with the real fast particles like a lid that gradually diminishes … From our point of view the hole is closed, say, once the faster-than-light particles follow the slower core backward into beginnings.”
“Everything is conscious, of course. Atoms and molecules, the whole thing. The massive part is the core. This core is, I believe, not discovered yet [by physicists], and it’s so slow to us that no motion is apparent. I don’t know whether this is an atom or not. You can call it a dead hole” (Pause.) “Its motion in our terms is so slow as not to be observable, but in terms of time it’s a backward motion.”9
(Pause at 10:50.) “… [this core is] always surrounded by these faster-than-light particles. This is a structure … but it does cause a pulling-in or wrinkling effect where it appears. There are many of these, I think, in our galaxy as well as others. Nothing can be drawn through the dead hole, though, as things can be drawn through the black hole, because of [the dead hole’s] literally impenetrable mass. Now as with atoms alone, and all other such structures, these also exist as sound.10 Black holes and white holes do also.11 The sounds are actually characteristics that act as cohesivies, characteristics automatically given off. The slower center portions of the dead holes themselves move backward into beginnings becoming heavier and heavier.”
(11:05.) “As the core goes backward — in quotes — ‘in time,’ however, it begins to accelerate. I don’t know how to put this. When it emerges in another universe, the faster-than-light particles have slowed down, and the core becomes faster than light. The dead hole is repeated in microscopic size — that’s small, isn’t it? Before the emergence of the atom … oh, dear … as an analogy, you could say that the dead hole we’ve been talking about emerges as an atom in another universe. But it’s the stage before the appearance, or the stage from which an atom comes.