Ulus Baker (1960 – 2007) was a Turkish-Cypriot sociologist, philosopher, and public intellectual. He was born in Ankara, Turkey in 1960. He studied Sociology at Middle East Technical University in Ankara, where he taught as a lecturer until 2004. Baker wrote prolifically in influential Turkish journals and made some of the first Turkish translations of various works of Gilles Deleuze, Antonio Negri, and other contemporary political philosophers. His profuse and accessible work and the novelty of the issues he enthusiastically introduced to Turkish-speaking intellectual circles, earned him a widely spread positive reputation in early age. He died in 2007 in Istanbul.The text in this edition is edited from essays and notes Ulus Baker wrote between 1995 and 2002. In these essays, Baker criticizes the sociological research turning into an analysis of people’s opinions. He explores with an exciting clarity the notion of ‘opinion’ as a specific form of apprehension between knowledge and point of view, then looks into ‘social types’ as an analytical device deployed by early sociologists. He associates the form of ‘comprehension’ the ‘social types’ postulate with Spinoza’s notion of ‘affections’ (as a dynamic, non-linguistic form of the relation between entities). He finally discusses the possibilities of reintroducing this device for understanding our contemporary world through cinema and documentary filmmaking, by reinstating images in general as ‘affective thought processes’.Baker’s first extensive translation to English provides us with a much-needed intervention for re-imagining social thought and visual media, at a time when sociology tends to be reduced to an analysis of ‘big data’, and the pedagogical powers of the image are reduced to data visualization and infographics.
MULTIFILE
The results of this study indicate that whole body metabolic and cardiovascular responses to 140 min of either steady state or variable intensity exercise at the same average intensity are similar, despite differences in skeletal muscle carbohydrate metabolism and recruitment
We present a simple analytical formalism based on the Lorentz-Scherrer equation and Bernoulli statistics for estimating the fraction of crystallites (and the associated uncertainty parameters) contributing to all finite Bragg peaks of a typical powder pattern obtained from a static polycrystalline sample. We test and validate this formalism using numerical simulations, and show that they can be applied to experiments using monochromatic or polychromatic (pink-beam) radiation. Our results show that enhancing the sampling efficiency of a given powder diffraction experiment for such samples requires optimizing the sum of the multiplicities of reflections included in the pattern along with the wavelength used in acquiring the pattern. Utilizing these equations in planning powder diffraction experiments for sampling efficiency is also discussed.
