In 1937, the Japanese economist Kaname Akamatsu discovered specific links between the rise and decline of the global peripheries. Akamatsu’s theory of development describes certain mechanisms whose working results in the narrowing of the gap between the level of development of the economy of developing and developed countries, and, thus, in the re-structuring of the relationships between the global core and the global periphery. Akamatsu developed his model on the basis of his analysis of the economic development (...) of Japan before World War II, with a special emphasis on the development of the Japanese textile industry. Akamatsu’s catch-up development includes three phases: import of goods, organization of the production of previously imported products, and export of those goods. This model proved to be productive for analyzing the development of many other developing countries, especially in East Asia, making the theory of flying geese popular among the economists of these countries, as well as the whole world. The “flying geese” model produces certain swings that may be denoted as Akamatsu waves. Akamatsu waves may be defined as cycles (with a period ranging from 20 to 60 years) that are connected with convergence and divergence of core and periphery of the World System in a way that explains cyclical upward and downward swings (at global and national levels) in the movements of the periphery countries as they catch up with the richer ones. (shrink)
There is an increasing emphasis on clear disclosure of conflict of interest in medical communities, following repeated scientific frauds in clinical trials. However, incomplete COI statements continue to be prevalent in the medical community, as appears to have occurred in the Capecitabine for Residual Cancer as Adjuvant Therapy trial, which was recently published in the New England Journal of Medicine. The authors of the article did not clearly report the roles of the Japan Breast Cancer Research Group, a sponsor and (...) funder of the study, although a majority of the Japanese authors served in important positions in the organization. Furthermore, the conflict of interest related to Chugai Pharmaceutical Company, a Japanese distributor of capecitabine, was not correctly disclosed. More transparent statements of conflict of interest and clarification of sponsors and funders’ roles, as well as rigorous review by academic journals are required to fairly interpret the findings of clinical trials, including and beyond the single case of the CREATE-X trial. (shrink)
In their examination of elementary science classrooms, Amerine and Bilmes (1988) found that following instructions requires students to understand the relationship between the projected outcome and the corresponding course of actions. One of the most important resources for instructions is the lesson plan, which prescribes the sequence of teaching. However, there is often a gap between what is planned and what actually happens in the classroom. This raises the question of how teachers come to terms with contingent variants and unexpected (...) outcomes that real-time interactions occasion and how lesson plans are configured into these processes. This study examines a teacher education program that uses lesson plans as a central resource for teaching mathematics. The results suggest that classroom teachers use lesson plans as communicative resources to identify problems, specify assumptions about their teaching and act on the evolving contingency of classroom interaction. The interactional contingency is the locus of teaching practices, not an obstacle to the application of procedures in lesson plans. (shrink)
Accurate reservoir potential evaluation requires reliable 3D reservoir models. Geostatistical simulation techniques can reproduce the heterogeneity and quantify the uncertainty in a reservoir. We have applied sequential Gaussian simulation with collocated cokriging to generate the spatial distribution of gas hydrate saturation around a gas production test site in the eastern Nankai Trough. The simulation was performed using well-log data obtained from the exploration and production tests as a primary variable and inversion-derived seismic impedance data as a secondary variable under the (...) good correlations between two variables. The integrated model adequately described the reservoir heterogeneity and effectively interpolated the seismic trend with respect to the well data. To confirm the usability of the seismic data for the accurate representation of the GH saturation distribution, we ran two model simulations: one using well data only and the other using well and seismic data. Each model was validated using the well-log data obtained at the production test site that were not included during the simulation. The model generated using well and seismic data appropriately reproduced the trend of well-log data at the production test site, especially for the low-GH-saturation unit within the reservoir. However, the model generated using well data only was insufficient to predict the trend of the well data. The results demonstrated that the seismic data were effective for the prediction of the GH saturation distribution, and integration of the well and seismic data could improve the accuracy of the reservoir model. (shrink)
According to Dignāga, the word “cow” makes one understand all cows in a general form by excluding non-cows. However, how does one understand the non-cows to be excluded? Hattori answers as follows: “On perceiving the particular which is endowed with dewlap, horns, a hump on the back, and so forth, one understands that it is not a non-cow, because one knows that a non-cow is not endowed with these attributes.” Hattori regards observation of a dewlap, etc. as the cause of (...) excluding non-cows. Akamatsu presents a view similar to Hattori’s. Tanizawa, however, criticises Akamatsu by pointing out that then the apohavādin would have accepted positive elements such as a dewlap as defining characteristics of a cow. Stating that X is not a cow because it is not endowed with a dewlap, etc., amounts to accepting that the dewlap, etc. are the defining characteristics of a cow. Instead of a real universal cowness the apohavādin would have accepted a dewlap, etc. Akamatsu’s understanding of apoha, if it was correct, implies Tanizawa, would destroy the essence of the Buddhist theory of apoha. Continuing the view of Hattori and Akamatsu, Yoshimizu recently published two articles on Dignāga’s theory of apoha. He claims that “the word “cow” excludes all horses by virtue of the fact that horns are never seen on them.” Thus, “the word “cow” can exclude all of them collectively by virtue of the fact that none of them has all the members of the set of characteristics that form the worldly definition of “cow”.” Horns, one of the characteristic features of cows, are indeed mentioned by Dignāga in PS 5:43. Yoshimizu understands Dignāga’s semantics as being parallel to the modern semantics of componential analysis. A question arises: what does Dignāga, the founder of the Buddhist theory of apoha, really think regarding this issue? The present article sheds light on the incompatibility of the two interpretations by investigating the relevant source texts. It further shows that the issue Tanizawa deals with was already discussed by Dignāga. Examining Dignāga’s discussions shows that Tanizawa is right in his understanding of apoha. The interpretation by Hattori and other scholars is not supported by Dignāga’s text. The present conclusion is also supported by Mādhava, Uddyotakara and Kumārila. None of them assumes Dignāga’s theory to be as Hattori, etc. take it. (shrink)
