On the mechanics of firm growth
By: Erzo G.J. Luttmer.
Contributors: Federal Reserve Bank of Minneapolis. Research Dept.
Series: Working paper / Federal Reserve Bank of Minneapolis, Research Dept -- 657
Publisher: Federal Reserve Bank of Minneapolis, Research Dept.
Published: 2008
Place of publication: [Minneapolis, MN]
Language: eng
Format: Electronic resource
Description: Given a common technology for replicating blueprints, high-quality blueprints will be replicated more quickly than low-quality blueprints. If quality begets quality, and firms are identified with collections of blueprints derived from the same initial blueprint, then, along a balanced growth path, Gibrat's Law holds for every type of firm. A firm size distribution with the thick right tail observed in the data can then arise only when the number of blueprints in the economy grows over time, or else firms cannot grow at a positive rate on average. But when calibrated to match the observed firm entry rate and the right tail of the size distribution, this model implies that the median age among firms with more than 10,000 employees is about 750 years. The problem is Gibrat's Law. If the relative quality of a firm's blueprints depreciates as the firm ages, then the firm's growth rate slows down over time. By allowing for rapid and noisy initial growth, this version of the model can explain high observed entry rates, a thick-tailed size distribution, and the relatively young age of large U.S. corporations.
Notes: Title from PDF file (viewed on Oct. 10, 2008).

"February 2008."

Includes bibliographical references.

Also available in print.

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Mode of access: World Wide Web.