The Theory of Asymmetric Capital Accumulation (TACA): Structural Asymmetry, Cognitive Risk Friction, and the Minchev Law of Wealth Creation

Abstract This paper introduces the Theory of Asymmetric Capital Accumulation (TACA), a framework explaining how wealth is generated and concentrated in economic systems characterized by nonlinear value creation. Traditional financial theory typically focuses on average returns, risk-adjusted performance, and equilibrium pricing. However, empirical evidence from public equity markets, venture capital portfolios, and technological innovation ecosystems suggests that wealth creation is dominated by extreme right-tail outcomes. A small number of investments frequently generate a disproportionately large share of total economic value. The TACA framework proposes that long-term wealth accumulation is driven not by the frequency of correct predictions but by repeated exposure to opportunities with positively asymmetric payoff distributions. The paper introduces several theoretical mechanisms that explain how such opportunities arise and persist.First, the Structural Asymmetry Theorem explains how heterogeneous investment horizons, institutional constraints, capital flow cycles, and delayed information diffusion generate asymmetric opportunities in capital markets. Second, the Real Option Principle demonstrates how investments in scalable technologies, innovation-driven industries, and network-based systems produce convex payoff structures capable of generating extreme outcomes. Third, the theory introduces Cognitive Risk Friction (CRF), a mechanism describing how divergences between investor confidence and evidential support distort market interpretation of risk and delay the recognition of asymmetric opportunities. Building on these mechanisms, the paper develops AXI-PRO, a framework for evaluating asymmetric investment opportunities, and introduces the Minchev Index, a metric measuring the ability of investment strategies to capture extreme right-tail outcomes. The paper further proposes the Minchev Law of Capital Accumulation, which states that in power-law economic systems, long-term wealth accumulation is determined primarily by exposure to extreme outcomes rather than average investment performance. Empirical evidence from public equity markets, venture capital portfolios, and technological revolutions supports the central propositions of the theory. By integrating structural market dynamics, cognitive processes, and heavy-tailed return distributions, the TACA framework provides a unified explanation of asymmetric value creation in modern economic systems.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-03-11
DOI
https://doi.org/10.5281/zenodo.18957358
Primary Topic
Complex Systems and Time Series Analysis
Type
article
Field-Weighted Citation Impact
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article

The Theory of Asymmetric Capital Accumulation (TACA): Structural Asymmetry, Cognitive Risk Friction, and the Minchev Law of Wealth Creation

Teodor Minchev
Zenodo (CERN European Organization for Nuclear Research)
Complex Systems and Time Series Analysis
article

The Theory of Asymmetric Capital Accumulation (TACA): Structural Asymmetry, Cognitive Risk Friction, and the Minchev Law of Wealth Creation

Teodor Minchev
article en

Abstract

Abstract This paper introduces the Theory of Asymmetric Capital Accumulation (TACA), a framework explaining how wealth is generated and concentrated in economic systems characterized by nonlinear value creation. Traditional financial theory typically focuses on average returns, risk-adjusted performance, and equilibrium pricing. However, empirical evidence from public equity markets, venture capital portfolios, and technological innovation ecosystems suggests that wealth creation is dominated by extreme right-tail outcomes. A small number of investments frequently generate a disproportionately large share of total economic value. The TACA framework proposes that long-term wealth accumulation is driven not by the frequency of correct predictions but by repeated exposure to opportunities with positively asymmetric payoff distributions. The paper introduces several theoretical mechanisms that explain how such opportunities arise and persist.First, the Structural Asymmetry Theorem explains how heterogeneous investment horizons, institutional constraints, capital flow cycles, and delayed information diffusion generate asymmetric opportunities in capital markets. Second, the Real Option Principle demonstrates how investments in scalable technologies, innovation-driven industries, and network-based systems produce convex payoff structures capable of generating extreme outcomes. Third, the theory introduces Cognitive Risk Friction (CRF), a mechanism describing how divergences between investor confidence and evidential support distort market interpretation of risk and delay the recognition of asymmetric opportunities. Building on these mechanisms, the paper develops AXI-PRO, a framework for evaluating asymmetric investment opportunities, and introduces the Minchev Index, a metric measuring the ability of investment strategies to capture extreme right-tail outcomes. The paper further proposes the Minchev Law of Capital Accumulation, which states that in power-law economic systems, long-term wealth accumulation is determined primarily by exposure to extreme outcomes rather than average investment performance. Empirical evidence from public equity markets, venture capital portfolios, and technological revolutions supports the central propositions of the theory. By integrating structural market dynamics, cognitive processes, and heavy-tailed return distributions, the TACA framework provides a unified explanation of asymmetric value creation in modern economic systems.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 31%
Complex Systems and Time Series Analysis
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