Reduplication in Mapuzungun: form and function

Mapuzungun has reduplicative structures based on elements other than verb stems that are of very limited productivity. With verb stems, however, several formal patterns can be distinguished, which consist of the repetition of the lexical verb stem plus the addition of an apparently grammaticalized version of one of three verb roots or a zero morpheme. The previous literature has attempted to identify form/function correlations for these more or less productive verbal reduplicative patterns, and the present paper contributes to the discussion by surveying older studies and exploring several cases that suggest that such form/function correspondences are substantially less straightforward than a casual observer might think.

Pflichten des Bar Mizwa : eine Handreiche für den israelitischen Konfirmanden in katechetischer Form

von Leopold Katz

Geschichte der Israeliten von der Entstehung der Welt bis auf die Gegenwart : mit besonderer Berücksichtigung der Cultur- und Religions-Geschichte. Leitfaden beim Unterricht in der Bibel und der jüdischen Geschichte in tabellarischer Form nach der Zeitfolge für Lehrer und Schüler

entworfen von Gabriel Josua Landauer

Bjelbóg oder: die identische Form und Bedeutung des altslavischen u. des alttestamentlichen Weltschöpfers ʿElohim : Original-Etymologieen d. indogermanisch-christlichen u. d. haebräisch-alttestamentlichen Hauptgottesnamen ; 1. Essay

von Ignatz Henrychowski

Hálelu Jâch oder: die identische Form und Bedeutung des slavischen u. des alttestamentlichen Urgottesnamens Bóg Jâh : Original-Etymologieen d. indogermanisch-christlichen u. der haebräisch-alttestamentlichen Hauptgottesnamen ; 2. Essay

von Ignatz Henrychowski

Dispersive analysis of the pion transition form factor

We analyze the pion transition form factor using dispersion theory. We calculate the singly-virtual form factor in the time-like region based on data for the e+e−→3π cross section, generalizing previous studies on ω,ϕ→3π decays and γπ→ππ scattering, and verify our result by comparing to e+e−→π0γ data. We perform the analytic continuation to the space-like region, predicting the poorly-constrained space-like transition form factor below 1GeV, and extract the slope of the form factor at vanishing momentum transfer aπ=(30.7±0.6)×10−3. We derive the dispersive formalism necessary for the extension of these results to the doubly-virtual case, as required for the pion-pole contribution to hadronic light-by-light scattering in the anomalous magnetic moment of the muon.