While the booming market and policy incentives of China are reversing the pattern of talent flow across the Pacific, a large proportion of the mainland Chinese immigrant scientists currently in Canadian academia have decided not to return home; meanwhile, their interactions with China in terms of brain circulation are not extensive overall. This study attempts to explore the key factors for the paradox of China’s scientific brain drain through the lens of culture, drawing on data mainly from in-depth interviews with 14 mainland Chinese immigrant scientists in Canadian academia. The theoretical framework derives from the models of cultural negotiation (Sakamoto 2001) and bidimensional acculturation (Berry, Appl Psychol 46: 5–34, 1997). Data analysis reveals that cultural factors override everything else in shaping the leave–stay decision and brain exchange behavior of these Chinese scientists, who have gone through a cultural negotiation and construction process. With a transformed perspective, these academic migrants hold firmly the new culture’s beliefs, attitudes, and behaviors; therefore, the work styles, notions, and ethics of their counterparts in China have cultural limitations and are incongruent with their practice in Canada. Meanwhile, they have been significantly influenced by Chinese cultural values, notably group orientation, hierarchy loving, self-abasement, harmony seeking, face saving, etc. The findings should shed some light on public policies aiming to realize the full value of top talents for the benefits of China, Canada, and beyond. 相似文献
We report that <c+a> pyramidal slipping could be more easily activated in textured Mg–Ca alloys with increasing Ca contents dissolved in α-Mg matrix under tensile deformation, and it is proposed that the decreased stacking fault energy plays the critical rule. In contrast, only twins and <a> basal dislocations are observed in the compressed samples. The results would provide insight into understanding of the deformation mechanism and designing more ductile Mg alloys. 相似文献
The current study aimed to examine the moderating effects of girls’ agency and communion in the links between both fathers’ and mothers’ corporal punishment and girls’ self-esteem in China. Chinese girls (n?=?302) enrolled in grades 4–8 were instructed to independently complete the Parent-Child Conflict Tactics Scale (CTSPC), the Children’s Sex Role Inventory (CSRI), the Global Self-Worth subscale of Self-Perception Profile for Children (SPPC), and demographic items. Results indicated that both fathers’ and mothers’ corporal punishment were not directly associated with girls’ self-esteem, whereas both agency and communion were positively associated with girls’ self-esteem. In addition, both fathers’ and mothers’ corporal punishment were significantly and negatively associated with self-esteem for girls with lower levels of agency but not for the girls with higher levels of agency. The current results extend the growing evidence against using corporal punishment as a child-rearing practice and highlight that intervention programs need to focus on eliminating, or at least decreasing, both mothers’ and fathers’ corporal punishment. Additionally, parents and educators need to move from the traditional gender-related attributes to encourage the development of both agency and communion in girls.
The gaze-cueing effect is a robust phenomenon which illustrates how attention can be shaped by social factors. In four experiments, the present study explored the interaction between the ethnic membership of the participant and that of the face providing the gaze cue. Firstly, we aimed to further investigate the differential impact of White, Black, and Asian faces on the gaze-cueing effect in White individuals. Secondly, we aimed to explore, for the first time, the impact of faces belonging to different ethnicities on gaze cueing in Chinese participants. The results allowed to rule out alternative accounts and showed that White participants exhibit a gaze-cueing effect for White and Asian faces, but not for Black faces, consistent with previous studies. As regards Chinese participants, the overall findings suggested a stronger gaze-cueing effect for White faces than for Asian faces. The results are discussed with reference to differences in the perceived social status of the various groups, pointing to the need of taking into account different cultural contexts. 相似文献
Previous studies examining effects of working memory (WM) updating training revealed mixed results. One factor that might modulate training gains, and possibly also transfer of those gains to non-trained cognitive tasks, is achievement motivation. In the present Studies 1 and 2, students with either a high (HAM) or low (LAM) achievement motivation completed a 14-day visuospatial WM updating training program. In Study 2, the students also performed a set of tasks measuring other executive functions and fluid intelligence prior to and after training. In both studies, the HAM students displayed a larger training gain than the LAM students. Study 2 revealed that after training, both groups showed better performance on the near-transfer but not far-transfer tasks. Importantly, the differential training gain was not associated with better post-training performance for the HAM compared to the LAM students on any of the transfer tasks. These results are taken to support a modulatory role of achievement motivation on WM training benefits, but not on transfer of those benefits to other tasks. Possible reasons for the general improvement on the near-transfer tasks and the absence of a modulatory role of achievement motivation on transfer-task performance are discussed. 相似文献
In this study, bulk nanostructured composite Cu60Fe40 alloy is prepared by a combustion synthesis technique. The prepared Cu60Fe40 alloy consists of Cu(Fe) solid solution and Fe(Cu) solid solution phases. The large-scaled compositional segregation in the Cu-rich and Fe-rich phases is not observed, respectively. A few micron-sized dendrite (Fe(Cu) solid solution) is embedded into the nanostructured matrix (Cu(Fe) solid solution). The grain size of the matrix is in the range 50–300?nm. The yield and fracture strength of the Cu60Fe40 alloy are 540 and 1050?MPa, respectively, and the fracture strain obtained from the compression test is about 20.9%. The Cu60Fe40 alloy displays notable work hardening in the compressive deformation. 相似文献