The authors consider the free-market and socially optimal outcomes in a general oligopoly model with many firms which first engage in R&D and then compete in either output or price. Strategic behavior by firms tends to reduce output, R&D, and welfare and so justifies higher subsidies except when R&D spillovers are low and firms' actions are strategic substitutes. It also reduces the benefits of R&D cooperation. Moreover, policies to encourage cooperation are likely to be redundant (since it is always privately profitable) and simulations suggest that the welfare cost of lax competition policy is high
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
This paper examines the free-market and socially optimal outcomes in a dynamic oligopoly model with ...
This paper examines the free-market and socially-optimal outcomes in a dynamic oligopoly model with ...
We consider the free-market and socially optimal outcomes in a general oligopoly model with many fir...
We consider the free-market and socially optimal outcomes in a general oligopoly model with many fir...
This paper analyzes the impact of R&D activities in an oligopoly on consumer surplus and social welf...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper analyzes a simple oligopoly model with information spillovers. Firms spend on R&D to affe...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
This paper examines the free-market and socially optimal outcomes in a dynamic oligopoly model with ...
This paper examines the free-market and socially-optimal outcomes in a dynamic oligopoly model with ...
We consider the free-market and socially optimal outcomes in a general oligopoly model with many fir...
We consider the free-market and socially optimal outcomes in a general oligopoly model with many fir...
This paper analyzes the impact of R&D activities in an oligopoly on consumer surplus and social welf...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
The importance of determining optimal policy towards R&D cannot be exaggerated, given the worldwid...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper analyzes a simple oligopoly model with information spillovers. Firms spend on R&D to affe...
This paper compares adversarial with cooperative industrial and trade policies in a dynamic oligopol...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...