Rational and Near-Rational Bubbles Without Drift

Kevin Lansing

Economic Journal, 2010, vol. 120, issue 549, 1149-1174

Abstract: This article derives a general class of intrinsic rational bubble solutions in a Lucas-type asset pricing model. I show that the rational bubble component of the price-dividend ratio can evolve as a geometric random walk without drift, such that the mean of the bubble growth rate is zero. Driftless bubbles are part of a continuum of equilibrium solutions that satisfy a period-by-period no-arbitrage condition. I also derive a near-rational solution in which the agent's forecast rule is under-parameterised. The near-rational solution generates intermittent bubbles and other behaviour that is quantitatively similar to that observed in long-run US stock market data. Copyright (C) The Author(s). Journal compilation (C) Royal Economic Society 2010.

Date: 2010
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Related works:
Working Paper: Rational and near-rational bubbles without drift (2007)
Working Paper: Rational and Near-Rational Bubbles Without Drift (2007)
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