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(Last Saturday night, Jane and I presided over a “class” reminiscent of the weekly ESP classes we used to hold in our downtown apartments before we moved to the hill house, just outside Elmira, in 1975. A large group of former students attended from New York City, as well as some from the local area. The evening was a great success. Since each person knew everyone else so well, the verbal exchanges were many and often blindingly rapid. They were also hilarious: I laughed so often and so hard that my stomach ended up hurting. My voice was gone by the end of the meeting [and the next day it was still very hoarse]. Seth came through again and again, as he’d often done in class, and Jane thoroughly enjoyed herself. We’re to get transcripts of the several tapes made.
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From my reading of Seth’s ideas of “in the beginning,” however, I’m sure he couldn’t agree with either the big-bang or inflationary models of the creation of the universe, even though his material may be evocative of portions of both theories. In physics, we’re asked to believe that this “extremely dense state” which began to expand was in actuality many billions of times smaller than a proton. (Protons are subatomic components of the nuclei of atoms.) Matter is a form of energy. Even so, I have trouble conceptualizing the idea that all matter in our universe, out to the farthest-away galaxy of billions of stars, grew from this unimaginably small and dense, unimaginably hot “original” state or area of being. I can see how such a concept can be postulated mathematically—but could it ever have really happened in ordinary terms?