ABSTRACTAcross two studies majority group children’s perception of positive and negative emotions in ethnic in-group and disadvantaged ethnic out-group peers was examined. Study 1 (N =...

ABSTRACTThere is an ongoing debate in New Testament scholarship on the correct interpretation of Paul’s pistis Christou formulations: are we justified by our own faith/trust in Christ, or by participating in Christ’s faith and faithfulness towards God? This article contributes to the position of purposeful or sustained ambiguity by reading Paul’s imitation – and faith – language against the background of Hellenistic-Roman thought on and practice of imitation. In particular, the mimetic chain between teachers and students training for a philosophical (...) disposition, and the philosophical topos of ‘becoming like God’ offer material valuable for comparison. Since pistis, fides and cognates are used in these settings as both a quality to imitate and as attitude towards a model, and since, conversely, imitation is very much involved in Paul’s pistis-vocabulary, it makes sense to read pistis Christou as shorthand for a mimetic movement of faith via Christ towards God. (shrink)

Johann Bernoulli is known mainly from his mathematical achievements concerning the differential and integral calculus, in which the concept of infinitely small plays a crucial part. This paper describes Bernoulli's struggle with this concept, especially the discrepancies that occur between his mathematical and philosophical interpretations. We concentrate on Bernoulli's Groningen period , in which the discussion with Leibniz about this question leads to a controversy between the two scholars.

Metazoa are one of the great monophyletic groups of organisms. They comprise several major groups of organisms readily recognizable based on their anatomy. These major groups include the Bilateria (animals with bilateral symmetry), Cnidaria (jellyfish, corals and other closely related animals), Porifera (sponges), Ctenophores (comb jellies) and a phylum currently made up of a single species, the Placozoa. Attempts to systematize the relationships of these major groups as well as to determine relationships within the groups have been made for nearly (...) two centuries. Many of the attempts have led to frustration, because of a lack of resolution between and within groups. Other attempts have led to “a new animal phylogeny”. Now, a study by Dunn et al.,1 using the expresssed sequence tag (EST) approach to obtaining high‐throughput large phylogenetic matrices, presents an “even newer” animal phylogeny. There are two major aspects of this study that should be of interest to the general biological community. First, the methods used by the authors to generate their phylogenetic hypotheses call for close examination. Second, the relationships of animal taxa in their resultant trees also prompt further discussion. BioEssays 30:1043–1047, 2008. © 2008 Wiley Periodicals, Inc. (shrink)