Emergence Model Energy Signatures

Energy Signatures essentially characterize interactions transpiring in an Event Frame. Perimeters are what remains in evidence after a given Event and may be thought of as ‘zones of influence’. Staring at the diversity of Perimeters in our database it became abundantly clear that they represented radically different types of Events, and that they must be classified in some manner. The taxonomy that follows was borne of those observations and considerations but then holistically considered herein. While the original taxonomy was created for cosmological material transfer, one could make similar arguments for any Multiplicities, Structure and/or Architecture exemplified by any ‘architecture of mass’ as defined by M5. The very first thing to recognize here is the Basis on which The Event Frame must exist across the Entanglement Gradient (both emergent and convergent vectors), limited by Severance. Since that basis is generally after the fact, it makes the primary frame of investigation a nested Local Frame 3 within an Event Frame (e.g. the merged frame). The taxonomy must also consider the total energy of the holistic system, otherwise, the considerations ignore components of the mass involved in the action of interaction.

EMCS01: Concept 0101 – Energy Signature of an architectural mass in a Local Frame is imaginary
EMCS01: Concept 0102 – Energy Signature of an interacting architectural mass in an Event Frame
EMCS01: Concept 0103 – Geodesic Energy Signature of an architectural mass
EMCS01: Concept 0104 – Energy Signature of an Event

Energy Signature Taxonomy

The primary investigative tool into any given energy signature are Perimeters and they are in evidence all over the Sol System. This taxonomy is consistent with The Emergence Model and takes into account the frangibility of architectural mass (e.g. EMCS01 Concept 0292).

Class	Perimeter Types	Expected Evidence	Realm
Ghosts	Perimeters are exceedingly difficult to discern, if at all. The ‘statistical circles’ in the WMAP data are an example of such Perimeters.	Interactions may or may not leave any residual evidence beyond EFPS5 of such an encounter. Inbound object remains in EFPS2.	Interaction may be restricted to a particular domain. Magnetic, Electromagnetic, etc.
Whispers	Highly interactive EFPS4	Inbound material thermodynamically destroyed	Atmospheric interaction of usually small bodies.
Thumpers	Primary Source of heat is atmospheric interaction. Perimeters generally a function of plasma interaction with surface.	None, light materials may be moved, thermodynamically symmetric Perimeters a function of preexisting terrain.	Topological Surface
Ploppers	Concentric topological deformations, influence zones including fallout & shock patterns.	Topological influence, low range energy GPa influence in strata.	Surface Crust
Crust Crunchers	Traumatic typically surface oriented deformation, shock patterns, potentially global fallout (e.g. k-t boundary stratigraphic layer).	Traumatic crust deformation, breccia, hydrostatic equilibrium corrupted, likely to normalize across EFPS6.	Upper Crust
Mantle Crunchers	Mantle deformation, stress induced into material driving long term forces to areas above the site.	Traumatic crust deformation, initiates mantle turbidity leading to long term earthquake events throughout EFPS6 & EFPS7.	Mantle
Ballistic Penetrators	Highly focused, high energy, shock patterns a function magnitude, geologic hot spots.	Creates ‘magma chamber hot spots’ below crust, breccia, distinct shock patterns.	Crust-Mantle
Core Shakers	Imparts resonant energy to planetary core.	Precession, wobbly orbit, potential deformation to core layers, rotation delta (e.g. spin delta).	Outer Core
Unbalanced	Function of the Event	One side of the equation is destroyed, that is its MBP configuration is destroyed (e.g. its configured architecture). Aitken Basin might be an example.	Polarized (e.g. opposite ends of the scale) See “Frangibility of Mass”
Partial Merger/Separation	Centers of mass of relative and respective bodies continue on vectors as a function of the Event as described by the Event Frame.	Solar system bodies, nebulae, stars, galaxies, singularities.	Interaction across all scales with interaction a function of the Event.
Primarily Merged	At large scales no Perimeters survive. Aitken Basin might constitute an example from the lower range. Unbalanced scales result in Perimeters as a function of the Event. Quantum scales result in entanglement.	Physically & chemically merged materials. Stars & Singularities	LF1 + LF2 = LF3 Unpolarized (e.g. merger).
Bang	Universe, Particle Horizon	Relativistic material, Stars, Nebulae, Singularities, Galaxies, Universe(s), Bang to Bang	Relativistic