Topography of Eigenmorphism
- rich qualia – larger nows and more nesting of personal, sub-personal, and super-personal frames allow for deeper sensory vocabularies.
- a highly divergent space-time presentation (space and time are opposite for us, but identical for quantum phenomena or astrophysical phenomena).
- a highly divergent spectrum of realism. The Matroyshka dolls with reflection underneath represent this range of clear/real, vs blurred/intuitive, and reflective/fiction. By contrast, the entangled reflections of the microphysical level of physics are neither real nor fictional. With space and time fused, matter and energy become interchangeable foregrounds for information processing.
At the bottom, lines converge as SpaceTime. In this case, SpaceTime refers to the sense of eternity which is empty of all significance except for the sense of measureability. This would be the Western conception of a universe from “nothing” – mathematics of a pure void. Having no depth of observation, no memory or context, it is a single frame of reference in isolation which is at once instantaneous and perpetual. Time is reversible and space itself is generated through signal attenuation.
Moving up the center line (ladder) of Significance, The Entropy-Repetition range begins to expand as QM gives way to matter, then biology, then “mind”, gaining degrees of freedom and intensity of will. The higher up on the ladder we go, the wider and more bowed its rungs become. This reflects the increasing value that is placed on defying repetition of function and entropic degradation of form. The spectrum near the top (Aeon) end of the ladder represents the fullness of aesthetic potential through higher consciousness. Really the curved arrows of entropy and repetition could be a spiral, as the cycle of creativity builds on the ruins of the past.
Aion is the opposite of SpaceTime in that it represents the sense of eternity that is full and whole – an absolute of aesthetic prestige and generosity rather than the austerity of quantitative measure. On the high end, space (space in red) represents a vast difference between the microphysical and astrophysical scopes. Since this difference can only be sustained by a consensus of orientable experiences of size, it should not be expected at the lower (SpaceTime) levels. Without an experience in which both galaxy and atom can be conceptualized as wholes, they would both be as data in a database – merely more or less contiguous fields of information.
Likewise, the green Time label on the top represents the equivalent stretching of time to reflect the broad gap between a single moment and eternity. The top rungs on the ladder are broad, so broad, that they bend back and circle around like a corkscrew/caduceus.
Another visual metaphor:
Eigenmorphism visualization part II
This diagram shows how elemental phenomena (bottom image) appear to us to have very little going on inside. Their public properties are not very body-like and their behaviors are imagined not to be very experiential. Eigenmorphism is the idea that as phenomena progress to richer experiential qualities, their interior and exterior nature expands in opposite directions. In biological organisms, the public and private view not only differ by perspective, but the interior perspective can increasingly elaborate itself (spiral grows) without the exterior perspective (square shadow) revealing any change.
It should be noted that this is a metaphor, not a diagram of matter or quantum. What the yellow wall refers to is actually shapeless, as it is the appreciation of and participation in experiences. The increasing elaboration of the shape stands for increasingly rich and varied modalities of sensitivity. MSR suggests that the three dimensional figure in the center is not real at all, and a better diagram would show the shadow from the blue wall and the shadow from the yellow wall gradually morphing into each other in stages.
The difference between the high and low ends of the eigenmorphic spectrum are not only in the degree to which their interior qualities differ from their exterior properties, or in the kinds of qualities which higher experiences contain, but also in ubiquity vs uniqueness. The generic nature of low level phenomena make them comparatively interchangeable and universal, so that physical and mathematical laws have a universal reach. The highest level phenomena can be esoteric to the point of near-solipsism, with meanings that are so multiplexed and poetic that they apply only to a single moment or perspective.