Technology Commitment and the Cost of Economic Fluctuations
56 Pages Posted: 31 Jul 2007 Last revised: 10 Oct 2022
Date Written: June 1991
Abstract
When firms must make technology commitments, economic fluctuations impose costs in the form of ex post inefficiency in production technology. We present a general equilibrium model in which, due to the presence of technology commitment, greater volatility of productivity shocks leads to lower mean output. When learning-by-doing is incorporated, mean output becomes permanently lower as a consequence of higher volatility. The negative and persistent relationship between mean and variance of output implied by our model is strongly verified by the data. We estimate that observed volatility has imposed a cost amounting to almost two percentage points of U.S. GNP growth.
Suggested Citation: Suggested Citation
Do you have negative results from your research you’d like to share?
Recommended Papers
-
Using Asset Prices to Measure the Cost of Business Cycles
By Fernando Alvarez and Urban J. Jermann
-
Evaluating Risky Consumption Paths: the Role of Intertemporal Substitutability
-
The Cost of Business Cycles Under Endogenous Growth
By Gadi Barlevy
-
The Cost of Business Cycles Under Endogenous Growth
By Gadi Barlevy
-
Reconsidering the Costs of Business Cycles with Incomplete Markets
By Andrew Atkeson and Christopher Phelan
-
By Kjetil Storesletten, Chris Telmer, ...
-
Technology (and Policy) Shocks in Models of Endogenous Growth
By Larry Jones, Rody Manuelli, ...
-
Recursive Utility, Endogenous Growth, and the Welfare Cost of Volatility
By Anne Epaulard and Aude Pommeret
-
The Cost of Business Cycles and the Benefits of Stabilization: A Survey
By Gadi Barlevy