The Effect of R&D Inputs and Outputs on the Relation Between the Uncertainty of Future Operating Performance and R&D Expenditures
University of Illinois at Chicago
Charles E. Wasley
University of Rochester - Simon Business School
Ohio State University (OSU) - Fisher College of Business
December 16, 2009
Simon School Working Paper No. FR 09-05
Consistent with the uncertainty of research and development’s future benefits, prior accounting studies hypothesize and find a positive relation between research and development (R&D) and the variability of future earnings. However, prior research has assumed constant marginal productivity of R&D in the cross-section. We relax this assumption and advance the accounting literature on the informational role of R&D by studying how measures of innovation outputs, namely patent counts and patent citations, which proxy for the economic value of innovation, are related to firms’ future performance. We predict and find that firms’ future operating performance is positively related to the quality of their patents and that this relation is stronger for more productive and innovative firms. We also predict and find that the volatility of future operating performance is negatively related to patent quality and that the relation is stronger for firms with higher R&D expenditures and larger patent portfolios. Overall, firms whose R&D is more productive exhibit higher and less volatile future operating performance. One contribution of our study is that it demonstrates that the relation between R&D expense (i.e., inputs) and future operating performance is better understood by incorporating information about the productivity (i.e., outputs) of a firm’s R&D outlays in the form of patent counts and citations.
Number of Pages in PDF File: 44
Keywords: R&D, patents, patent citations
JEL Classification: M41, G31, C53working papers series
Date posted: January 27, 2009 ; Last revised: January 2, 2010
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo7 in 0.438 seconds