We endogenize the market risk (at given technical risk) in firms’ R&D decisions by introducing stochastic R&D in the Hotelling model. It is shown that if the technical risk is sufficiently high, the market risk remains low even if firms pursue similar projects. This leads firms to focus on the most valuable market segment. We then also endogenize technical risk by allowing firms to choose their R&D technology. In equilibrium, firms either pursue similar (different) R&D projects with risky (safe) technologies or they choose the same project but apply different R&D technologies. We show that R&D spillovers lead to more differentiated R&D efforts and patent protection to less. Project coordination within a RJV implies more differentiation, and...
This article provides a theoretical and empirical analysis of a firm's optimal R&D strategy choice. ...
In this paper, we analyze the impact of post-innovation knowledge spillovers on firms' decisions to ...
We examine firms' incentives to protect their non-cooperative R&D investments from spilling over to ...
We endogenize the market risk (at given technical risk) in firms’ R&D decisions by introducing stoch...
We introduce stochastic R&D in the Hotelling model and show|that if the technical risk is sufficient...
We investigate the implications of cost-reducing R&D activities with spillovers in a Hotelling m...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
This article analyzes the riskiness of the R&D strategies chosen by firms engaged in a "winner-takes...
The choice of a portfolio of technologies by risk averse firms is analyzed. Two technologies with ra...
The activities of research and development have been transforming our society for the last centuries...
This paper presents an equilibrium model in which the process of firm formation and technology adopt...
This paper analyzes the choice of a technology portfolio by risk-averse firms. Two technologies with...
We analyze the impact of post-innovation knowledge spillovers on firms’ decisions to invest and coop...
Within the framework of decision theory, the prospect of large rewards from innovation, and the fear...
This article provides a theoretical and empirical analysis of a firm's optimal R&D strategy choice. ...
In this paper, we analyze the impact of post-innovation knowledge spillovers on firms' decisions to ...
We examine firms' incentives to protect their non-cooperative R&D investments from spilling over to ...
We endogenize the market risk (at given technical risk) in firms’ R&D decisions by introducing stoch...
We introduce stochastic R&D in the Hotelling model and show|that if the technical risk is sufficient...
We investigate the implications of cost-reducing R&D activities with spillovers in a Hotelling m...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
This article analyzes the riskiness of the R&D strategies chosen by firms engaged in a "winner-takes...
The choice of a portfolio of technologies by risk averse firms is analyzed. Two technologies with ra...
The activities of research and development have been transforming our society for the last centuries...
This paper presents an equilibrium model in which the process of firm formation and technology adopt...
This paper analyzes the choice of a technology portfolio by risk-averse firms. Two technologies with...
We analyze the impact of post-innovation knowledge spillovers on firms’ decisions to invest and coop...
Within the framework of decision theory, the prospect of large rewards from innovation, and the fear...
This article provides a theoretical and empirical analysis of a firm's optimal R&D strategy choice. ...
In this paper, we analyze the impact of post-innovation knowledge spillovers on firms' decisions to ...
We examine firms' incentives to protect their non-cooperative R&D investments from spilling over to ...