Econophysics of Business Cycles: Aggregate Economic Fluctuations, Mean Risks and Mean Square Risks
Victor Olkhov

TL;DR
This paper introduces a hydrodynamic-like model of business cycles, representing macroeconomic variables as evolving functions over economic space, capturing fluctuations and risks through differential equations.
Contribution
It develops a novel hydrodynamic-like framework for modeling aggregate economic fluctuations and risks based on agent interactions in economic space.
Findings
Derived equations for fluctuations of aggregate assets and risks.
Demonstrated model relations between assets and revenue-on-assets.
Showed how economic space interactions induce business cycle fluctuations.
Abstract
This paper presents hydrodynamic-like model of business cycles aggregate fluctuations of economic and financial variables. We model macroeconomics as ensemble of economic agents on economic space and agent's risk ratings play role of their coordinates. Sum of economic variables of agents with coordinate x define macroeconomic variables as functions of time and coordinates x. We describe evolution and interactions between macro variables on economic space by hydrodynamic-like equations. Integral of macro variables over economic space defines aggregate economic or financial variables as functions of time t only. Hydrodynamic-like equations define fluctuations of aggregate variables. Motion of agents from low risk to high risk area and back define the origin for repeated fluctuations of aggregate variables. Economic or financial variables on economic space may define statistical moments…
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Taxonomy
TopicsComplex Systems and Time Series Analysis · Economic theories and models · Financial Markets and Investment Strategies
