Abstract

This study examines how technological diffusion from a major firm to a minor firm affects social welfare via R & D competition in an asymmetric Cournot duopoly. We assume that the minor firm can decrease its production cost because of the spillover effect arising through R & D by the major firm. R & D by the minor firm depends on the free-riding effect and a taking-away effect that removes market share from the major firm. If given a low R & D cost, both firms invest in R & D with an appropriate level of technological diffusion, we can obtain a high level of social welfare. However, an increase in the level of technological diffusion could make the major firm abandon R & D activity. Given a high R & D cost, a high level of welfare can be obtained only with a low level of technological diffusion because the potential presence of technological diffusion easily disrupts R & D by the major firm.

Highlights

  • Multinational firms in developed economies extend their businesses to newly industrializing economies to secure new markets and lower wage costs

  • This study examined how technological diffusion from a major firm to a minor firm affects social welfare via R & D competition

  • If the R & D cost is low, the decision of R & D by the minor firm depends on the free-riding and taking-away effects

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Summary

Introduction

Multinational firms in developed economies extend their businesses to newly industrializing economies to secure new markets and lower wage costs. Given a high level of technological diffusion, the minor firm but not the major firm, invests in R & D because the taking-away effect outweighs the free-riding effect. When firm 1 invests in R & D, the consumer surplus increases with an increase in the level of technological diffusion because of a decline in the production cost of firm 2.

Results
Conclusion

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