2 results for (book:ur2 AND session:712 AND stemmed:atom)
hole
sound
massive
particles
atom
In conventional terms, atoms are regarded as the submicroscopic entities making up all objects and substances in our world. Each atom consists of a nucleus of protons, neutrons, and other subatomic particles, around all of which move a complicated system of much lighter electrons. (An atom of hydrogen, however, is made up of but one proton and one electron.) All is in balance: The number of positive charges on the nucleus equals the number of negatively charged electrons. Note 24 for Appendix 18 contains a short discussion of the particle-wave duality involving the components of the atom. In Note 35 for the same appendix, I quoted Seth from the 702nd session in Volume 1; he advanced his own idea of interrelated fields versus particle-wave theory.
(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.
Atoms combine to form molecules. If the assembled atoms are all alike, an element results; if two or more different kinds of atoms combine into molecules, a compound is created.
“I’m getting something, Rob. Something to do with atoms. The slow thing, represented by those drawn-out sounds, is in the center of the atom. Then that’s surrounded by faster-than-light particles, represented by the real fast sounds. So the center of this thing — whatever it is — is massive in terms of mass.8 I don’t know whether this means it’s heavy or not, but it’s tremendous in terms of mass — though it may be very small in size.
planet
beam
space
clusters
speeds
Ruburt is learning to minutely experience — change that — Ruburt is learning to minutely alter his experience with the probable atomic correlations that exist quite as validly as does the particular kind of atomic integrity that you generally recognize. When he does so, in your terms, he alters atomic receptivity. [...]
[...] The structure of the atom that you recognize, and its activity, is in larger terms one probable version of an atom.11 Your consciousness, as it is allied with the flesh, follows the activity of atoms as far as it is reflected in your system of reality.
From the 250th session for April 11, 1966: “The atom you ‘see’ does not grow larger in mass, or expand outward in your space, and neither does your universe.”