Non Performing Bad Debt Dependent Nonliear Asset Valuation Decay: The Self Assembly Asset Debt System: Perfect Terminal Lammert Fractal Patterns in The Canadian SPX

!929 Fractal Decay Revisited: 1 November 2012 11/27-28/27-28 days …


!929 Fractal Decay Revisited: 1 November 2012 11/27-28/27-28 days …

Observe the Lammert Time Based Asset Valuation Quantum Self Assembly Fractals composing the Asset Valuation Saturation Curves .                                       From 23 October to 1 November 2/4/4 days :: x/2x/2x                                                 From 1 Nov to 15 Nov (the decay base fractal ) 2/5/4/3 days ::                                x/2.5x/2x/1.5x                                                                                                                         And the first of two fractal series composing the Fibonacci reflexic maximum growth of 17 days in a deteriorating bad debt liquidating self assembly asset debt economic system:                                                                                        From 15 November 2012 to 28 November 2/4/4/3 days :: x/2x/2×1.5x and the second series from 28 November to 7 December 2/4/4 days :: x/2x/2x ….                                                                                                                                                      This is a deterministic quantum fractal self assembly asset debt macroeconomic system.

From the Main Page of TEF:

The ideal growth fractal time sequence is X, 2.5X, 2X and 1.5-1.6X. The first two cycles include a saturation transitional point and decay process in the terminal portion of the cycles. A sudden nonlinear drop in the last 0.5x time period of the 2.5X is the hallmark of a second cycle and characterizes this most recognizable cycle. After the nonlinear gap drop, the third cycle begins. This means that the second cycle can last anywhere in length from 2x to 2.5x. The third cycle 2X is primarily a growth cycle with a lower saturation point and decay process followed by a higher saturation point. The last 1.5-1.6X cycle is primarily a decay cycle interrupted with a mid area growth period. Near ideal fractal cycles can be seen in the trading valuations of many commodities and individual stocks. Most of the cycles are caricatures of the ideal and conform to Gompertz mathematical type saturation and decay curves.

 

The Self Assembly Asset-Debt System: Incipient 4th Fractal Decay Begins in Terminal Third Fractal Growth



Paradoxically, it is hegemonic debt which will always be repaid with the ability of the hegemonic state to print the world’s currency. The super wealthy who hold the bonds and long term notes prefer to maintain and increase the value of their bond holding by curtailing entitlement deficit spending. As military and DOD contractor deficit spending preserves the state of their hegemonic tax haven, the opposition to this major area of deficit spending is generally absent.

During nonlinear asset-debt system time dependent debt default on non sovereign debt, US sovereign debt holdings increase in value as their purchasing power increases relative to the general asset deflationary collapse associated with bad debt collapse and antecedent overproduction and overvaluation of assets.

For the stability of the sovereign, during debt default dependent asset valuation collapse, it is exactly the time to print money to directly trade for labor and associated useful social-political stability.

What is IT …. that causes this to happen? Google Incipient Lammert Fractal series

IT is the the deterministic process of asset-debt saturation macroeconomics.

From the TEF Opening Website Page…..

“The ideal growth fractal time sequence is X, 2.5X, 2X and 1.5-1.6X. The first two cycles include a saturation transitional point and decay process in the terminal portion of the cycles. A sudden nonlinear drop in the last 0.5x time period of the 2.5X is the hallmark of a second cycle and characterizes this most recognizable cycle. After the nonlinear gap drop, the third cycle begins. This means that the second cycle can last anywhere in length from 2x to 2.5x. The third cycle 2X is primarily a growth cycle with a lower saturation point and decay process followed by a higher saturation point. The last 1.5-1.6X cycle is primarily a decay cycle interrupted with a mid area growth period. Near ideal fractal cycles can be seen in the trading valuations of many commodities and individual stocks. Most of the cycles are caricatures of the ideal and conform to Gompertz mathematical type saturation and decay curves. “

Non-Stochastic Saturation Macroeconomics