[Redbook2:159C-D][19791021:2000c]{Fundamental Forces
[continued(4)]}[21st
October 1979]
19791021.2000
[continued]
'The
two remaining forces are nuclear: they are powerless outside the
miniscule confines of the nucleus.'
(This
may symbolise the fact that, by contrast with +C and +Mk, whose power
is universal and is of that kind which might once have been described
as 'elemental', +M's and +K's effect is apparently mostly within the
minds and actions of Men. But that appearance may not be completely
representative: they together represent that principal of
continuation arising between the other two).
?
+M (Action), ? +K (Revelation) – 'The strong nuclear force binds
neutrons and protons together inside the nucleus, while the much more
feeble 'weak' force governs, for example, the radioactive decay of
nuclei by beta emission.'
(So
+M's power binds men together in organisation to Action, while +K's,
appearing 'more feeble', works through Revelation in the Individual
to bring about, in the long term, the decay of previous assumptions
and orders. Interference occurs between electro-magnetic
interactions and weak (nuclear) interactions – as +Mk tends to be
strong in +K's influence (but in a way which may cast doubt upon old
beliefs of the role of +Mk in relation to +C).)*
*Note
also that the weak force is slightly handed or chiral (ie not
even-handed). cf. The twist of the figures on the Cumaean Sibyl's
side of the Sistine Chapel ceiling <871021>.
*Note
that the Electro-magnetic force was unified first (by theorists) with
the weak force, then with the strong force, finally (it is believed)
with Gravity. This is also the order of unification, i.e. reverse
differentiation, looking back
in time to the Creation of the Universe. <19871021>
*Again
note that the order of decreasing
strength is Strong Nuclear, Electromagnetic, Weak (nuclear), and
Gravity; but that only Gravity and Electromagnetism act at long
range; and only Gravity acts on everything. [<19871021>
(assumed)]
[continues]
[PostedBlogger29112014]
No comments:
Post a Comment
Note: only a member of this blog may post a comment.