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DEaVF1 Chapter 2: Session 884, October 3, 1979 3/42 (7%) particles meson protons smaller eccentric
– Dreams, "Evolution", and Value Fulfillment: Volume One
– © 2012 Laurel Davies-Butts
– Chapter 2: In the Beginning
– Session 884, October 3, 1979 9:13 P.M. Wednesday

[... 30 paragraphs ...]

Some of the “particles” the theoretical physicists have discovered—and/or created—in their gigantic particle accelerators have unbelievably short life-spans in our terms, vanishing, it seems, almost before they’re born. I like to think of such research from the particle’s point of view, though, a consideration I haven’t seen mentioned in the few scientific journals I read. Keep in mind that according to the Seth material the merest particle is basically conscious in its own way. Mesons are classes of particles produced from the collisions of protons. Did a meson, for example, choose to participate in an atom-smashing experiment in order to merely peek in on our gross physical reality for much less than the billionth of a second it exists with that identity, before it decays into electrons and photons? From its viewpoint, our reality might be as incomprehensible to it as its reality is to us—yet the two inevitably go together.

In its way the meson may have all of the “time” it needs, or wants. It may look upon our world as one frozen or motionless, upon other subatomic particles as very slow-moving indeed, or even faster than it is. (As far as “time” goes, some particles live for far less than a trillionth of a second.) I’m quite sure, however, that the meson, or any short-lived particle, searches out its own kind of value fulfillment while here with us. Probable realities, which I haven’t even mentioned, must be deeply involved also.

And of course there are all sorts of motion, some of them very stable, if still incomprehensible to us. But whereas the meson vanishes from our view after its exceedingly brief existence, the electron has an “infinite” life-span. Think of the unending varieties of value fulfillment it explores in just our world alone! Talk about motion: The average electron orbits its atomic nucleus about a million times each billionth of a second (or nanosecond)!

[... 8 paragraphs ...]

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