Stochastic model of wealth distribution with agent state transitions

Model treating agents as inactive/active with random state transitions; foundational work by Bose & Banerjee.

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thinker

concept

Wealth concentration models
associated_with
Central question: whether existing models fail to account for voluntary wealth-sharing mechanisms that existed historically.
Indrani Bose
introduces
Developer of stochastic model of wealth distribution with inactive/active agent states.

cosine ≥ 0.65 · no typed edge

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Most models focus on market-based or state-enforced redistribution rather than voluntary/community-based wealth-sharing mechanisms that existed in pre-modern societies.claim0.731
Key finding: contemporary economics literature systematically excludes historical voluntary mechanisms.
stochastic thermodynamicsframework0.728
Framework for non-equilibrium free energies; mentioned as future direction to generalise results
Diffusion-Aggregation Modelconcept0.723
Computational models of crystal growth that produce rough overall symmetry but fail to explain the detailed identical sub-symmetries on snowflake arms
Agentbased Model Of Morphogenesisframework0.721
model of agent's own QRF dynamicsconcept0.720
A second-order model that tracks how the agent deploys quantum reference frames, enabling recognition of the partition as a choice.
In discrete state-space models, agents select from different possible policies to realise their preferences and minimise the surprise that they expect to encounter in the future.claim0.719
Summarises discrete active inference, Section 2.
Multiscale Agent-Based Modelmethod0.718
Agent Based Model Of Morphogenesisframework0.717
Computational simulation modeling cells as agents with homeostatic loops interacting through stress sharing.