**Tertiary Thermodynamic Strings**

*L. Edgar Otto*02 July, 2012

A string conceived as
a dimensionless structure containing useful information in the abstract can be
imagined as a creative structure on higher levels that we can interpret as
Pitkanen wormhole phenomenology.

In this deeper idea
of an ideal sting of zero width we can carry over the idea of apply heat to the
super subatomic structures to which it seems the idea applies on on the level
of the chemistry of molecules. Heat as
such is a mathematical metaphor.

We imagine, IN
CONSERVED SYSTEMS (in the sense that the idea of any conservation law must have
exceptions and conservation of energy seems the last one standing) that the
boundary of such an n-ary string is insulated from that outside it.

The idea is to apply
the mathematics to the transfer of heat of which by the combining of complex
and real values we have similarity with the wave equations via the
distinguishing between quasifinite values by the calculus to which we make the
advancement over Newton to Hamiltonian systems of the shifting of paths- what is
reduced to a linearity in one system in the path appears as the shifting of a
path generally to which we tend to define the disorder in terms of the
coherence of systems as non-linearity.

Other assumptions are
made from the more established laws of thermodynamics as the flow from hot to
cold regions and the mapping of isothermals.
I propose in this sea of conflicting and changing terminology the term
heterothermal for the more general physics with new symmetry operations.

The conveyance from
one view to the other assumes that the information is conserved such that the
modes of differentiation and what of the view is justified in discarding where
the equations suggest it as intelligible to do so, while in fact this
relationship is not necessarily foundational for there is freedom to interact
beyond ideas of insulation over a span of time and general space. Nor can we express entropy as related to time
without the sacrifice of some of these less than foundational physics concepts.

The transfer of such
shadow mass-energy imagined as directional (but more complicated than the
effects or as causative states and grounding of symmetry breaking as the working
hypothesis) may be that of branching possibilities such as Fibonacci trees,
feathers, double explosions and so on at the unons of decisions or may be
general forms we associate with spheres and discs and other harmonics, waves
and warps (helices and spirals) and so on...

The helix in fact
seems to apply to the organic world while it is also directional as an ideal
mirror. Of course the right and left of
our evolved experience is still a little outside the intelligible use of our
geometric and mathematical concepts to which the glimpse of such an idea seems
refreshing thus certain as ones new understanding, a sense of advancement.

From a given unon
center decision point of paths or the integration of all possible paths in the inter-dimensional and inter-groups span beyond absolute foundations we may
imagine what is negative or not for at a decision point or complex of initial
or final singularities the direction is not necessarily chosen from the
intrinsic properties of decision only for the sign is arbitrary at that point-
and yet not that we have sub particles that give us the sense of time but sub
routines over the inter stereonometry of abstract structures.

Such an
interpretation may lead to commensurable and intelligible subroutines of a more
general concept of order and disorder as in the relation of an organ to the
health of the totality of an organism.

* * * * *

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