<p>(a, b, c, g, h) Inventors. (d, e, f, i, j) Companies. (a, d) The average impacts of patents filed by solos and teams. (b, c, e, f) The impact distribution of patents filed by solos (<i>m</i> = 1) and teams (<i>m</i> ≥ 2). (g, i) The team size distribution. (h, j) The patent impact as a function of team size.</p
With teams growing in all areas of scientific and scholarly research, we explore the relationship be...
This article describes a study of the relationships between team inputs (task type and team size) an...
Recent studies have shown that research by small teams is more likely to lead to disruptive results ...
This paper investigates the reason for increasing team size in the U.S. patent data. On the one hand...
<p>(a, b) Inventors. (c, d) Companies. To separate the aging effect of a team from that of repeat co...
A large body of research accumulated on the consequences that absolute team size (i.e., team headcou...
In the last few decades, team research and team innovation has become increasingly popular and shows...
Purpose: The purpose of this study was to investigate if there is a moderating relation between team...
From early research to more recent models of team effectiveness, team size has been considered an im...
Many studies have shown that small firms generate more patents per R&D dollar than large firms. ...
In the modern world, technological and scientific innovation relies heavily on teamwork. The ``lone ...
We examine the relationship between firms’ within- and across-inventor team composition and firm-lev...
The increasing dominance of team science highlights the importance of understanding the effects of t...
In this paper we investigate the effects that team size has on geographically distributed teams with...
This study investigates how the diversity of team members influences the scientific success of a tea...
With teams growing in all areas of scientific and scholarly research, we explore the relationship be...
This article describes a study of the relationships between team inputs (task type and team size) an...
Recent studies have shown that research by small teams is more likely to lead to disruptive results ...
This paper investigates the reason for increasing team size in the U.S. patent data. On the one hand...
<p>(a, b) Inventors. (c, d) Companies. To separate the aging effect of a team from that of repeat co...
A large body of research accumulated on the consequences that absolute team size (i.e., team headcou...
In the last few decades, team research and team innovation has become increasingly popular and shows...
Purpose: The purpose of this study was to investigate if there is a moderating relation between team...
From early research to more recent models of team effectiveness, team size has been considered an im...
Many studies have shown that small firms generate more patents per R&D dollar than large firms. ...
In the modern world, technological and scientific innovation relies heavily on teamwork. The ``lone ...
We examine the relationship between firms’ within- and across-inventor team composition and firm-lev...
The increasing dominance of team science highlights the importance of understanding the effects of t...
In this paper we investigate the effects that team size has on geographically distributed teams with...
This study investigates how the diversity of team members influences the scientific success of a tea...
With teams growing in all areas of scientific and scholarly research, we explore the relationship be...
This article describes a study of the relationships between team inputs (task type and team size) an...
Recent studies have shown that research by small teams is more likely to lead to disruptive results ...
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