Mencius, who often spoke of ming in different senses among which only one can be taken as fate, upheld two doctrines of fate--moral determinism and blind, unalterable fate--but he was prone to apply the former to collective entities, and the latter to individual persons. This bi-level distinction, which is at variance with the non-distinction in both Moism and Taoism, exercised a profound influence upon the minds of later Confucians.

Calls for complementing, modifying and ‘decolonising’ the conceptualisation and implementation of Diversity Education (e.g. multicultural, intercultural, and/or social justice education) are currently being heard in the ‘West’. This paper explores some of the characteristics and benefits of Chinese Minzu Education as a potential addition to the field. Our starting point is that Chinese education is often misrepresented and that knowledge about diversity in China (which includes, amongst others, minority groups and Han people), and especially about how people are educated for (...) and through it, is scarce and negatively evaluated in the ‘West’. Taking a university specialising in Minzu studies as a case study (which should not be generalized to other Minzu institutions), we problematise formal and informal aspects of Minzu education that could be inspiring to, e.g. interculturalists and multiculturalists in ‘Western’ education. Fieldwork notes, student interviews about Minzu education and models of Minzu Diversity Learning co-constructed by Minzu students, illustrate the characteristics of Minzu education in higher education. The paper ends on a call for exploring other ‘unknown’ perspectives on diversity in education emerging from the so-called peripheries of the ‘West’. (shrink)

Previous studies revealed that the susceptibility, contacting preference, and recovery probability markedly alter the epidemic outbreak size and threshold. The recovery probability of an infected node is closely related to its obtained resources. How to allocate limited resources to infected neighbors is extremely important for containing the epidemic spreading on complex networks. In this paper, we proposed an epidemic spreading model on complex networks, in which we assume that the node has heterogeneous susceptibility and contacting preference, and susceptible nodes are (...) willing to share their resources to neighbors. Through a developed heterogeneous mean-field theory and a large number of numerical simulations, we find that the recovered nodes provide resources uniformly to their infected neighbor nodes, and the epidemic spreading can be suppressed optimally on homogeneous and heterogeneous networks. Besides, altering the susceptibility and contacting preference does not qualitatively change the results. The susceptibility of the node decreases, which makes the outbreak threshold of epidemic spreading increase, and the outbreak size decreases. Our theory agrees well with the numerical simulations. (shrink)