183Aaros
We've been tracking Blockchain, AI, and 3D Printing industries for several years through ongoing weekly meetings and seminars at @leaponchaincn. Here's a follow-up that provides a more comprehensive and detailed explanation of the [C' → S] concept.
First, we should introduce the [P - C - C' - P' - P - ...] paradigm. This represents the economic growth model in modern capitalist society: Production - Consumption, simple yet fundamental. Macroeconomics illustrates this economic cycle through the Supply-Demand curve.
However, this paradigm overlooks numerous variants and parameters. I'm confident that more nuanced theories—such as the Romer Exogenous Growth Model or institutional economics—offer critical insights beyond the basic Production-Consumption mindset, though exploring those depths is a topic for another discussion.
What distinguishes the "cyberealism" world from the traditional economic model, especially considering how emerging technologies could transform our understanding? How can we articulate and identify these transformative insights? We urgently need an evolved growth model that captures these complex dynamics.
Our proposed approach introduces a different conceptual dimension. Instead of solely assessing the economy through the traditional Production-Consumption paradigm, we propose a continuous, iterative framework:
P - C - C' - P'
In this new paradigm—which I term the "cyberealism economic supercycle"—we redefine key stages:
C' (TO CREATE): Consumption that generates innovations and creates new demand
P' (TO PRODUCE): Productivity that generates novel production methods to meet emerging demands
This framework allows us to observe and illuminate the 'black box' of technological advancements. While not entirely novel in the context of exogenous growth models, our approach offers a unique perspective.
Noted that this paradigm represents just one component of a broader cyberealism growth model, more explaination would be implemented in the future.
Appendex
Ξ = (C'P'φ)/(mS) = C²/S = E
where C' ≤ S
As C' → S: Ξ → (P'φ)/m = C/m
Fundamental Parameters:
Ξ - System Unification Index
C' - Variant Consumption
P' - Variant Production
φ (Phi) - Symbolic Mediation
m - Material Foundation
S - Social Symbolic System
C² - Sublimated Consumption
E - System Energy
Key Properties:
The constraint C' ≤ S represents the boundary condition of consumption within the social symbolic order
The limit case C' → S indicates the convergence of variant consumption toward systemic capacity The ratio C²/S quantifies the efficiency of value realization within the symbolic framework
