Development of Nano-economy as a Factor of Forming the Effective National Innovation System of Singapore

The article reveals the theoretical and methodological interpretation of the innovation system, when it determined the structure of the national innovation system. It is noted that the components of the national innovation system are elements, stages and subjects. The main elements are the scientific, technical, production and management. Scientific and technical organization responsible for basic research, applied research implementation and technology transfer from research institutions to production entities. The industrial element is characterized by the implementation of technology in the industry. Management invention provides an element of organizational know-how that would receive revenue from the introduction of the newest technological solutions. Such an approach to the definition of innovation system author used in the analysis of such a system in Singapore. Common indicators confirmed the level of scientific, manufacturing and managerial innovation system segments of Singapore. In statistics of the country, these data are: higher education sector (Science and Technology segment), private sector (commercial segment) and the government sector (management segment). The study concluded that the human factor in a country like Singapore, is the basis of scientific, technical, production and management changes in the development of the national innovation system

Quantization of orbit bundles in gl∗(n,C)gl^*(n,C)

Let $G$ be the complex general linear group and $g$ its Lie algebra equipped with a factorizable Lie bialgebra structure; let $U_h$ be the corresponding quantum group. We construct explicit $U_h$-equivariant quantization of Poisson orbit bundles $O_\lambda \to O_\mu$ in $gl(n)*$.Comment: 25 page

CONDUCTIVITY AND ELECTROHYDRODYNAMIC FLOWS IN LIQUID DIELECTRICS

Study the possibility of developing the technical and technological utilization the liquid dielectrics (hydrocarbon and hydro silicous liquids)

The negative effects of electromagnetic radiation on the thyroid gland

Relevance: In the XXI century every modern man can hardly do without a variety of gadgets: phones, tablets, iPods and other devices. But absolutely nobody thinks about the dangers of these innovative technologies. Because today, with the advent of many artificial sources of electromagnetic radiation (EMR), man exists in a dense field of resonant wave impacts AMY, the tasks to install a stand-alone effect of a particular radiation mode is quite difficult to solve. It is known that the immune-endocrine system of the body responsible for maintaining homeostasis, is extremely sensitive to such influences, and functional and structural reactions to them may suggest effects at the level of Central regulatory entities