\[
a = 1, \quad b = 2, \quad c = 3
\]
\[
\text{Sy}\pi_n(n) = \frac{(b^a) \cdot (c^b) \cdot (c^b + a)}{\left( \frac{(c^b + a)^c \cdot ((c^b + a)^c \cdot b + c + a)}{b^c \cdot c^c \cdot (c^b + a) + b} \right) \cdot \left( a \cdot (c^c + a) \cdot n \cdot (c^b + a)^{c^b} \cdot (b \cdot a \cdot c \cdot b^2 \cdot (c^b + a)^{b+c}) \right)}
\]
SSMSynergy Standard Model
A symbolic physics engine for dynamic systems. It encodes real-world behaviors like force, value, polarity, and motion using geometry, number theory, and energy principles without relying on statistics or machine learning.
DFM Dynamic Forecasting Model
A real-time system that measures pressure, energy, and rhythm within any changing process, financial, physical, or natural.
Without AI or training data, it reveals hidden order in what seems like chaos, forecasting transitions before they occur.
Think of it as an oscilloscope that listens to how systems move.
VDM Value Dynamics Model
A symbolic framework for understanding value as a force made up of sentiment, intrinsic worth, functionality, and compression. It redefines economics as a dynamic system of energetic exchange one that can be measured, forecasted, and optimized using tools derived from the Synergy Standard Model.
