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This chapter provides a logical extension to the understanding of firm-specific advantages and disadvantages and the enabling role of existing and emerging country-specific advantages relevant to the process of Chinese firm internationalization. Its longitudinal perspective considers the changing objectives and actions of firms that enable them to compensate for disadvantages and create new or strengthen existing competitive advantages. The case study evaluation reveals that the evolution of strategic resources is the key motivator behind the internationalization of Chinese firms. Decisively encouraged by the Chinese government firms with corporate entrepreneurship aspire to alter themselves from home market leaders and regional players into globally competing multi-nationals. This process is made possible via the development of firm-specific advantages and continuous compensation for firm-specific disadvantages. The aspiration for strategic asset acquisition from developed countries combined with cost leadership and independent customer-centred innovation brought about strong firm-specific advantages stimulating the internationalization process of firms. The chapter focuses on the interdependence of country- and firm-specific advantages and disadvantages, thus recognizing the significance of the home country institutional context in Chinese outward foreign direct investment. It has been identified that corporate entrepreneurship is a significant firm-specific advantage for firm internationalization being a major force in gaining, accumulating, utilizing and leveraging resources for transforming firm-specific disadvantages into advantages. We argue that if the relational framework between governmental institutions and firms is more developed, the impact of country-specific advantages on firm-specific advantages is more favourable. This assumes that the government espouses an ideology that is favourable to corporate entrepreneurship.

All things change, nothing is extinguished…. There is nothing in the whole world which is permanent. Everything flows onward; all things are brought into being with a changing nature; the ages themselves glide by in constant movement. (Ovid)

This chapter explains the “reason” and “procedure” of research. It also pertains to the substances of undertaking research including hypothesis building, conceptual framework, and theory advancement. It is intended to serve as a fundamental resource to equip the researcher with a manual for research.

New technologies, including artificial intelligence (AI), have helped us begin to take our first steps off Earth and into outer space. But conflicts inevitably will arise and, in the absence of settled governance, may be resolved by force, as is typical for new frontiers. But the terrestrial assumptions behind the ethics of war will need to be rethought when the context radically changes, and both the environment of space and the advent of robotic warfighters with superhuman capabilities will constitute such a radical change. This essay examines how new autonomous technologies, especially dual-use technologies, and the challenges to human existence in space will force us to rethink the ethics of war, both from space to Earth, and in space itself.

Global climate can be defined as the average of all the regional trends of weather over a long time period (National Science Foundation [NSF], 2009). The researchers all over the world have concluded that the Earth's climate is changing as a whole. There are basically two factors that have impacts on the climate, the natural (climatic and environmental variability) and the anthropogenic (infrastructure development and land use land cover change). The causes of past changes are believed to be related to changes in ocean currents, solar activity, volcanic eruptions, and other natural factors (ISDR, 2008). But in recent times, human activities have accelerated this rate of climate change (IPCC, 2007; Sperling & Szekely, 2005; ISDR, 2008). As the developmental activities increase, the amount of emission of greenhouse gasses and aerosols increases, which, in turn, leads to global warming and snow melting, thus increasing the sea level and the frequency and intensity of cyclones, floods, droughts, and many other disasters (IPCC, 2001).