Evaluating the Short-Run Benefits of Six Department of Energy R&;D Projects

This paper evaluates the short-run benefits of research and development (R&D) projects funded by the Automotive Lightweighting Materials (ALM) Program of the Office of FreedomCAR and Vehicle Technologies of the U.S. Department of Energy (DOE). The six ALM projects evaluated—using qualitative and quantitative evaluation methods—yielded numerous benefits in the short-run. From the qualitative assessment, all met their technical goals, increased intellectual knowledge among the research teams, and led to increased collaboration among DOE, the auto industry, its suppliers, and national laboratories. Moreover, U.S. competitiveness appeared to have increased as a result of each R&D effort. One interesting finding, however, is that most of the participants indicated their firms would not have engaged in the research efforts without DOE funding. If they had engaged in the effort, it would have been with considerably less person time and financial commitment. With respect to quantitative measures, several graduate students were supported by the projects and numerous publications and presentations resulted, although these metrics varied across the ALM R&D projects.     

Genetic variation of 13 STR loci in the four endogamous tribal populations of Eastern India

We have analysed 13 autosomal STR loci in four endogamous tribal populations from two eastern states (Orissa and Nagaland) of India. The Gadaba, Kuvi Khond and Lotha Naga populations have not been analysed for microsatellite genetic variation previously. The allele frequencies for all loci are within the range observed in the geographical region and racial background, though some alleles showed greater variation. Departures from the Hardy-Weinberg equilibrium were tested by three methods and two loci (THO1 and TPOX) showed significant departures for all measures in Gadaba and Lotha Naga populations. The exclusion probability and discrimination probability were high for all analysed loci in all populations. There is no evidence for association of alleles among the STR loci studied. This allele frequency information will be useful for forensic, paternity and population genetic studies.     

Real interest rate persistence in South Africa: evidence and implications

The real interest rate is a very important variable in the transmission of monetary policy. It features in vast majority of financial and macroeconomic models. Though the theoretical importance of the real interest rate has generated a sizable literature that examines its long-run properties, surprisingly, there does not exist any study that delves into this issue for South Africa. Given this, using quarterly data (1960:Q2-2010:Q4) for South Africa, our paper endeavors to analyze the long-run properties of the ex post real rate by using tests of unit root, cointegration, fractional integration and structural breaks. In addition, we also analyze whether monetary shocks contribute to fluctuations in the real interest rate based on test of structural breaks of the rate of inflation, as well as, Bayesian change point analysis. Based on the tests conducted, we conclude that the South African EPPR can be best viewed as a very persistent but ultimately mean-reverting process. Also, the persistence in the real interest rate can be tentatively considered as a monetary phenomenon.     

Lak?a?�� as Inference

This paper questions a few assumptions of Ga?ge?a Up??dhy??ya??s theory of ordinary verbal cognition (laukika-???bdabodha). The meaning relation (v?tti) is of two kinds: ?akti (which gives us the primary referent of a word) and lak?a??? (which yields the secondary referent). For Ga?ge?a, the ground (b??ja) of lak?a??? is a sort of inexplicability (anupapatti) pertaining to the composition (anvaya) of word-meanings. In this connection, one notices that the case of lak?a??? is quite similar to that of one variety of postulation, namely, ?rut??rt??th??patti, where the subject hears only a part of a sentence and immediately grasps the words that are needed to render the sentential meaning complete. Unless he does that, sentential meaning, i.e., the composition (anvaya) of word-meanings shall suffer from the same inexplicability that characterizes instances of lak?a???. In fact, in the ???aktiv??da?? section of Tattvacint??ma?i, Ga?ge?a himself draws a parallel between the cognition of sentential meaning in a ?rut??rth??patti-like case and the cognition of sentential meaning in an instance of lak?a???. However, Ga?gesa himself treats ?rut??rth??patti as a piece of inferential cognition. If there is no fundamental difference between cases of ?rut??rth??patti and cases of lak?a???, then the cognition of sentential meaning in instances of lak?a??? must also be inferential in essence. In that case, we must admit, against Ga?ge?a??s view, that such cognition of sentential meaning cannot be accommodated within the framework of verbal cognition (???bdabodha). Therefore, I conclude that some revision is needed in Ga?ge?a??s theory of verbal cognition with respect to lak?a???.     

Enhancing the Visibility of Injuries with Narrow‐Banded Beams of Light within the Visible Light Spectrum

The use of narrow‐banded visible light sources in improving the visibility of injuries has been hardly investigated, and studies examining the extent of this improvement are lacking. In this study, narrow‐banded beams of light within the visible light spectrum were used to explore their ability in improving the visibility of external injuries. The beams of light were induced by four crime‐lites^® providing narrow‐banded beams of light between 400 and 550 nm. The visibility of the injuries was assessed through specific long‐pass filters supplied with the set of crime‐lites^®. Forty‐three percent of the examined injuries improved in visibility by using the narrow‐banded visible light. In addition, injuries were visualized that were not visible or just barely visible to the naked eye. The improvements in visibility were particularly marked with the use of crime‐lites^® “violet” and “blue” covering the spectrum between 400–430 and 430–470 nm. The simple noninvasive method showed a great potential contribution in injury examination.