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Three conceptions of explaining how possibly - and one reductive account

Philosophers of science have often favoured reductive approaches to how-possibly explanation. This article identifies three varieties of how-possibly explanation and, in so doing, helps to show that this form of explanation is a rich and interesting phenomenon in its own right. The first variety approaches “How is it possible that X?” by showing that, despite appearances, X is not ruled out by wha

EGIS+ European level developments of flexible learning models within geographical information systems (GIS) for vocational training

This paper deals with experiences from a successful previous pilot project under the Leonardo da Vinci programme implemented during the time period 2002-2006. That project E-GIS www.e-gis.org, is the basis for eGIS+ in the Lifelong Learning Programme (LLP). Ten partners from six European countries; Bulgaria, Lithuania, The Netherlands, Norway, Sweden and Portugal participated in E-GIS. During the

Teaterrapport: Malmö

En bok om teaterscenen i Malmö just nu med bidrag av både forskare, kritiker och utövare

The paradigmatic tourist

In the Western thought tradition, the tourist has not been a subject worthy of intellectual musings and philosophical deliberations. Indeed, the tourist has been portrayed in primarily derisive ways. Nietzsche's remark, "Tourists-they climb mountains like animals, stupid and perspiring, no one has told them that there are beautiful views on the way," epitomizes the dominant attitude. Why does the

Coupled LDPC Codes: Complexity Aspects of Threshold Saturation

We analyze the convergence behavior of iteratively decoded coupled LDPC codes from a complexity point of view. It can be observed that the thresholds of coupled regular LDPC codes approach capacity as the node degrees and the number L of coupled blocks tend to infinity. The absence of degree two variable nodes in these capacity achieving ensembles implies for any fixed L a doubly exponential decre

Brodoa

Abstract is not available.

Electronic Structure of Transition Metal Complexes in Silicon

This thesis consists of experimental studies of the electronic of electronic structure of the transition metals Au and Pt, and the transition metal complexes, FeIn, PtLi, and AuLi in silicon. Fourier transform infrared spectroscopy, photoconductivity, uniaxial stress- and Zeeman spectroscopy are employed. The excitation spectrum of the FeIn pair in silicon is observed for the first time. Two sets