7,469 research outputs found
The impact of cultural intelligence on communication effectiveness, job satisfaction and anxiety for Chinese host country managers working for foreign multinationals
Cultural intelligence (CQ) is an important construct attracting growing attention in academic literature and describing cross-cultural competencies. To date, researchers have only partially tested the relationship between CQ and its dependent variables, such as performance. In this study, the relationship between CQ and communication effectiveness and job satisfaction is measured in a sample of 225 Chinese managers working for foreign multinational enterprises in China. The results show that CQ plays an important role in reducing anxiety and influencing both communication effectiveness and job satisfaction positively. Another outcome is the unexpected influence of anxiety on job satisfaction but not on communication effectiveness. These findings contribute to the development of theory with regard to the CQ construct
Cosmic Chemical Evolution with an Early Population of Intermediate Mass Stars
We explore the consequences of an early population of intermediate mass stars
in the 2 - 8 M\odot range on cosmic chemical evolution. We discuss the
implications of this population as it pertains to several cosmological and
astrophysical observables. For example, some very metal-poor galactic stars
show large enhancements of carbon, typical of the C-rich ejecta of low-mass
stars but not of supernovae; moreover, halo star carbon and oxygen abundances
show wide scatter, which imply a wide range of star-formation and
nucleosynthetic histories contributed to the first generations of stars. Also,
recent analyses of the 4He abundance in metal-poor extragalactic H II regions
suggest an elevated abundance Yp \simeq 0.256 by mass, higher than the
predicted result from big bang nucleosynthesis assuming the baryon density
determined by WMAP, Yp = 0.249. Although there are large uncertainties in the
observational determination of 4He, this offset may suggest a prompt initial
enrichment of 4He in early metal-poor structures. We also discuss the effect of
intermediate mass stars on global cosmic evolution, the reionization of the
Universe, the density of white dwarfs, as well as SNII and SNIa rates at high
redshift. We also comment on the early astration of D and 7Li. We conclude that
if intermediate mass stars are to be associated with Population III stars,
their relevance is limited (primarily from observed abundance patterns) to low
mass structures involving a limited fraction of the total baryon content of the
Universe.Comment: Submitted to MNRA
Network measures for protein folding state discrimination
Proteins fold using a two-state or multi-state kinetic mechanisms, but up to now there is not a first-principle model to explain this different behavior. We exploit the network properties of protein structures by introducing novel observables to address the problem of classifying the different types of folding kinetics. These observables display a plain physical meaning, in terms of vibrational modes, possible configurations compatible with the native protein structure, and folding cooperativity. The relevance of these observables is supported by a classification performance up to 90%, even with simple classifiers such as discriminant analysis
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