INSDOC’S contribution to bibliometrics

Traces the history of bibliometric research, training and activities in INSDOC. Describes briefly the objectives, facilities, services, research activities, and publications of National Centre on Bibliometrics

Listening to Earth Stories: An Interview with Swarnalatha Rangarajan

In this interview with Dr. Swarnalatha Rangarajan, a well known Indian ecocritic and a pioneer of Indian ecocriticism, discusses ecocriticism, her novel The Final Instructions, and a wide range of Indian environmental writing

R&D offshoring and the domestic science base in India and China

This paper uses patent and publication data to assess the nature of technological advantages that are attracting R&D offshoring and outsourcing activities to India and China and the possible consequences of such R&D offshoring in increasing domestic innovative capability and building domestic research infrastructure. We find evidence that domestic patenting is concentrated in sectors that are different from sectors of R&D offshoring. Furthermore, whilst the domestic science base (as measured by publications data) in India and China shows strong complementarities in its specialisation profile to that in the US, our data also suggest that the location of international R&D activity in these economies from 1995 may not have strengthened the science base of these economies. Foreign patenting activities in India and China are also marked by a low attachment to the science base.R&D offshoring/internationalisation, Science base, Emerging economies, India and China

HOW TO SEPARATE CONCEPTUAL ISSUES FROM EMPIRICAL ONES IN THE STUDY OF CONSCIOUSNESS

Modern consciousness studies are in a healthy state, with many progressive empirical programmes in cognitive science, neuroscience and related sciences, using relatively conventional third-person research methods. However not all the problems of consciousness can be resolved in this way. These problems may be grouped into problems that require empirical advance, those that require theoretical advance, and those that require a re-examination of some of our pre-theoretical assumptions. I give examples of these, and focus on two problems—what consciousness is, and what consciousness does—that require all three. In this, careful attention to conscious phenomenology and finding an appropriate way to relate first-person evidence to third-person evidence appears to be central to progress. But we may also need to re-examine what we take to be “natural facts” about the world, and how we can know them. The same appears to be true for a trans-cultural understanding of consciousness that combines classical Indian phenomenological methods with the third-person methods of Western science

What is Time? A New Mathematico- Physical and Information Theoretic Approach

A New Mathematico-Physical and Information Theoretic Approach Examination of the available hard core information to firm up the process of unification of quantum and gravitational physics leads to the conclusion that for achieving this synthesis, major paradigm shifts are needed as also the answering of `What is Time?' The object of this submission is to point out the means of achieving such a grand synthesis. Currently the main pillars supporting the edifice of physics are: (i) The geometrical concepts of space- time-gravitation, (ii) The dynamic concepts involving quantum of action, (iii) Statistical thermodynamic concepts, heat and entropy, (iv) Mathematical concepts, tools and techniques serving both as a grand plan and the means of calculation and last but not least v)Controlled observation, pertinent experimentation as the final arbiter. In making major changes the author is following Dirac's dictum "....make changes without sacrificing the existing superstructure". It is shown that time can be treated as a parameter rather than an additional dimension. A new entity called "Ekon" having the properties of both space and momentum is introduced along with a space called "Chalachala". The requisite connection with Einstein's formulation and mathematical aperatus required have been formulated which is highly suited for the purpose. The primacy of the Plancks quantum of action and its representation geometrically as a twist is introduced. The practical and numerical estimates have been made and applied to evaluation of the gravitational constant in a a seperate submission "Estimations of gravitational constant from CMBR data".Comment: 29 pages, pdf fil