While it is commonly agreed that globally bred talent returning to China greatly contributes to the enhancement of research capacity, whether returnees perform better than those who stay overseas remains to be examined. We compared the research productivity of Chinese “Young Thousand Talents” (Y1000Ts) and Chinese researchers remaining in the United States. The results of our analysis demonstrate that while the two groups publish at a similar rate, Y1000T lag slightly behind their US-affiliated counterparts in terms of quality of publications. This could be explained by the assessment system of research performance in China
China’s rise is having a large impact on the global science system. The internationalisation of this...
In recent decades China has witnessed an impressive improvement in science and its scientific output...
In recent decades China has witnessed an impressive improvement in science and its scientific output...
While it is commonly agreed that globally bred talent returning to China greatly contributes to the ...
This paper compares the research productivity between two groups of Chinese early- and mid-career re...
China has launched a series of talent-recruitment policies in the last years, in order to attract ba...
Chinese government issued a series of policies to attract oversea elites and gave them privileges in...
China’s approach to developing a world-class science system includes a vigorous set of programmes to...
The aim of this study is to contribute to the debate on the relationship between scientific mobility...
Large numbers of Chinese-born students are graduating from US universities at the PhD level. The des...
In recent decades there has been a sharp increase in China's scientific output. Behind its fast grow...
To boost their research productivities, Chinese universities are putting great pressure on their res...
Chinese government funding of R&D ranks third in the world. Yet China ranks only 17th in terms of sc...
Chinese government funding of R&D ranks third in the world. Yet China ranks only 17th in terms of sc...
China’s scientific output has risen precipitously over the past decade; it is now the world’s second...
China’s rise is having a large impact on the global science system. The internationalisation of this...
In recent decades China has witnessed an impressive improvement in science and its scientific output...
In recent decades China has witnessed an impressive improvement in science and its scientific output...
While it is commonly agreed that globally bred talent returning to China greatly contributes to the ...
This paper compares the research productivity between two groups of Chinese early- and mid-career re...
China has launched a series of talent-recruitment policies in the last years, in order to attract ba...
Chinese government issued a series of policies to attract oversea elites and gave them privileges in...
China’s approach to developing a world-class science system includes a vigorous set of programmes to...
The aim of this study is to contribute to the debate on the relationship between scientific mobility...
Large numbers of Chinese-born students are graduating from US universities at the PhD level. The des...
In recent decades there has been a sharp increase in China's scientific output. Behind its fast grow...
To boost their research productivities, Chinese universities are putting great pressure on their res...
Chinese government funding of R&D ranks third in the world. Yet China ranks only 17th in terms of sc...
Chinese government funding of R&D ranks third in the world. Yet China ranks only 17th in terms of sc...
China’s scientific output has risen precipitously over the past decade; it is now the world’s second...
China’s rise is having a large impact on the global science system. The internationalisation of this...
In recent decades China has witnessed an impressive improvement in science and its scientific output...
In recent decades China has witnessed an impressive improvement in science and its scientific output...