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In recent years, interest has soared in the development potential of well-designed cash transfer programs. One particular application is the use of transfers by resource-rich countries (as recently initiated by Iran) to distribute rents across their populations. An emerging body of research suggests that the development impact of such programs tends to be positive and that, especially when received by poor individuals or households, they can unlock constraints on economic activities, allowing a further increase in income. This paper considers the use of biometric technology to underpin transfer programs and how new technology is opening up possibilities for effective transfer programs that, up to now, have only been a theoretical option in the institutional conditions that prevail in many developing countries. Once implemented, biometric identification systems can be used to support a wide range of other development initiatives including banking, voting, health care, and general identification systems. The paper reviews some of the programs using these technologies and how it is enabling poor countries to leapfrog rich ones in the area of identity, much as the cellphone revolution did in the area of communications. [ABSTRACT FROM AUTHOR]

Today rapidly growing economies depend more on the creation, acquisition, distribution, and use of knowledge. As such, strategies for enhancing research and innovation capabilities have come to occupy a more important position in many developing nations, including China. Already the leading production center, and often seen as China's economic locomotive, Shanghai is striving aggressively to retain its national preeminence and has launched concerted efforts to increase local innovative output. The primary purpose of this paper is to understand how state-led efforts have fared in promoting technology innovation. By situating the city in the national and global context, the paper shows that Shanghai has gained a substantial lead in developing an innovation environment with extensive global linkages and leading research institutions. Recent efforts in building up the research and innovation capacity of the enterprise sector have begun to show progress. Although firms are enthusiastic about its future as an innovation center, Shanghai continues to face challenges of inadequate protection of intellectual property, lack of venture capital investment, and the tightening supply of highly qualified knowledge workers. [ABSTRACT FROM AUTHOR]

According to the economic literature, high-skilled emigration may either harm or benefit developing economies. Recent research highlighted several positive and negative channels through which the brain drain operates. This paper aims at evaluating the relative magnitudes of various brain drain channels and quantifying their global impact on migrants' sending countries. For this purpose, we develop a 10-region general equilibrium model of the world economy characterized by overlapping-generations dynamics. Our findings suggest that the short-run impact of brain drain on resident human capital is extremely crucial, as it affects not only the number of high-skilled workers available to domestic production, but also the sending economy's capacity to innovate/adopt modern technologies. This latter effect is particularly important in globalization, where capital investments are made in places with high production efficiencies. Hence, despite positive feedback effects, those countries facing prevalent high-skilled emigration are the most candid victims to brain drain. ( JEL F22, J24, O57) [ABSTRACT FROM AUTHOR]