Relativistic Quantum Finance
Juan M. Romero, Ilse B. Zubieta-Mart\'inez

TL;DR
This paper introduces a relativistic quantum approach to finance by deriving a generalized Black-Scholes equation from the Klein-Gordon equation, revealing new invariance properties and a Cauchy distribution for stock prices.
Contribution
It proposes a novel relativistic quantum model for option pricing, extending classical models with conformal invariance and alternative stock price distributions.
Findings
Generalized Black-Scholes equation derived from Klein-Gordon equation
Invariance under conformal and scale transformations identified
Stock prices follow a Cauchy distribution in the invariant limit
Abstract
Employing the Klein-Gordon equation, we propose a generalized Black-Scholes equation. In addition, we found a limit where this generalized equation is invariant under conformal transformations, in particular invariant under scale transformations. In this limit, we show that the stock prices distribution is given by a Cauchy distribution, instead of a normal distribution.
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Taxonomy
TopicsFinancial Markets and Investment Strategies · Stochastic processes and financial applications · Economic theories and models
