We focus on the firm's decision to enter insular technology domains and its effect on the impact that its subsequent innovation has on the field. Insular domains are technical domains that rely heavily on prior innovations within the same domain for subsequent innovations. We show that the returns to entering insular domains vary with the firm's depth and breadth of knowledge. By analysing data from 128 biotechnology firms over a 20-year period, we find that the relationship between depth of technological capabilities and technology impact is nuanced: depth is necessary but not sufficient for high impact innovation. Firms whose knowledge is spread over disparate domains have negative returns from entering insular domains. The implications o...
Drawing on resource‐based theory and institutional theory, we develop a multi‐level model on the out...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...
In this study we explain the puzzle of insular domains: insular domains are niches where new innovat...
In this study we explain the puzzle of insular domains: insular domains are niches where new innovat...
We provide evidence that young firms systematically differ from older firms in their innovative outp...
Knowledge, especially scientific and technological knowledge, grows according to knowledge trajector...
This paper examines the effects of breadth and depth of external knowledge sourcing on the innovativ...
Entry and success in new technology domains (NTDs) is essential for firms’ long-term performance. We...
Entry and success in new technology domains (NTDs) is essential for firms’ long-term performance. We...
By using data on a sample of 4,304 randomly selected European chemical patents applied for by 705 fi...
Recent studies in science, technology and innovation show that innovations are the result of interac...
Abstract: The paper uses detailed data on biotechnology firms to examine the specific ways in which...
Entry and success in new technology domains (NTDs) is essential for firms' long-term performance. We...
Entrepreneurial opportunity recognition is an increasingly prevalent phenomenon. Of particular inter...
Drawing on resource‐based theory and institutional theory, we develop a multi‐level model on the out...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...
In this study we explain the puzzle of insular domains: insular domains are niches where new innovat...
In this study we explain the puzzle of insular domains: insular domains are niches where new innovat...
We provide evidence that young firms systematically differ from older firms in their innovative outp...
Knowledge, especially scientific and technological knowledge, grows according to knowledge trajector...
This paper examines the effects of breadth and depth of external knowledge sourcing on the innovativ...
Entry and success in new technology domains (NTDs) is essential for firms’ long-term performance. We...
Entry and success in new technology domains (NTDs) is essential for firms’ long-term performance. We...
By using data on a sample of 4,304 randomly selected European chemical patents applied for by 705 fi...
Recent studies in science, technology and innovation show that innovations are the result of interac...
Abstract: The paper uses detailed data on biotechnology firms to examine the specific ways in which...
Entry and success in new technology domains (NTDs) is essential for firms' long-term performance. We...
Entrepreneurial opportunity recognition is an increasingly prevalent phenomenon. Of particular inter...
Drawing on resource‐based theory and institutional theory, we develop a multi‐level model on the out...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...
How does the scientific value of innovations vary with the maturity of the knowledge that underlies ...