1 result for (book:ur2 AND session:705 AND stemmed:million)
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(I want to add here that our real challenge in knowing our own species, and others, may lie in our cultivating the ability to understand the interacting consciousnesses involved, rather than to search only for physical relationships supposedly created through evolutionary processes. The challenge is profound. The consciousnesses of numerous other species may be so different from ours that we only approximately grasp the meanings inherent in some of them, and miss the essences of others entirely. To give just two examples, at this time we are surely opaque to the seemingly endless search for value fulfillment that consciousness displays through the “lowly” lung fish and the “unattractive” cockroach. Yet those entities are quite immune to our notions of evolution, and they explore time contexts in ways far beyond our current human comprehension. As far as science knows, both have existed with very little change for over 300 million years.
[... 23 paragraphs ...]
(In the current literature I read that a typical famous scientist — one of many leaders expressing such views these days — is very pessimistic about the state of the human species, given its many dilemmas. I also note that he seems to be most unhappy while stressing his agnosticism,20 which is the kind of belief system that perpetuates standard evolutionary doctrines. Building upon those limited assumptions, the individual in question tells us how ironic it is that the “new” portions of the human brain, those that have evolved within the last two million years, are responsible for the moral and technological problems our species now faces. The brain’s great creative neocortex is held especially accountable for problems that may lead to humanity’s self-destruction. None of these challenges, as Jane and I habitually call them, are seen as distorted expressions of the kind of creativity Seth has described many times.21
[... 31 paragraphs ...]
(Now we read late surveys that show an increase in religious faith, and statements to the effect that science does not claim to reveal absolute truth, that any scientific theory is valid only until a variance is shown. Jane and I certainly aren’t turned on to realize that a major religion, for instance, teaches the “facts” of man’s basically corrupt and sinful nature; surely a religion in the best sense can offer beliefs superior to those! At the same time, we take note of the latest efforts of biological researchers to explain how, millions of years ago, a primitive DNA molecule could begin to manufacture the protein upon which life “rides,” and thus get around the contradiction posed in Note 8: What made the protein that sustains the processes of life, before that life was present to make the protein? The scientists involved hope the new hypothesis will survive further tests and become “fact,” thus giving clues to the riddles of origins and evolution. But to briefly paraphrase material Jane came through with not long ago [and which, again, will eventually be published]: “How does one deal with new facts that undermine old facts, in whatever field of endeavor? Do you say that reality has changed? Upon examination, facts give.”
[... 20 paragraphs ...]
7. Charles Darwin (1809–1881) published On the Origin of Species in 1859. In his book Darwin presented his ideas of natural selection — that all species evolve from earlier versions by inheriting slight (genetic) variations through the generations. (See Note 5.) Thus, in a process called gradualism, there has been over many millions of years the slow development of flora and fauna from the simple to the complex, with those structures surviving that are best suited to their environments — the “survival of the fittest,” in popular terms.
[... 5 paragraphs ...]
8. Very briefly, for those who are interested: It’s often been shown mathematically that contrary to Darwinistic belief, enormous time spans (in the millions of years, say) will not aid in the chance formation of even the chemical precursors to life — the protein or nucleic acid molecules — but will instead make their creation even less likely. For with time, the even distribution or equilibrium of matter increases, moving it away from the ordered sequences necessary to support life. Scientifically, in the closed system of our universe, the second law of thermodynamics and entropy eventually conquer all. (See Note 6.)
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