Section 1: Introduction .................................................................................................................... 2 1.1 About this Document/Prerequisites ....................................................................................... 2 1.2 Accessing AMOS ..............................................................................................................

Abstract In this article we study integral models of Shimura varieties, called Pappas–Rapoport splitting model, for ramified P.E.L. Shimira data. We the special fiber and some stratification these models, in particular show that are smooth Rapoport locus $\mu $ -ordinary dense, under condition on ramification.

in Symmetric Investment Games: A Reply Amnon Rapoport and Wilfred Amaldoss Abstract In one of their experimental studies, Rapoport and Amaldoss (2000) evaluate the behavior of subjects in a two-person investment game with symmetric players using the symmetric (completely) mixed-strategy equilibrium solution as the normative benchmark. Dechenaux et al. (2005) claim additional support for an alte...

In their book Rapoport and Zink constructed rigid analytic period spaces for Fontaine’s filtered isocrystals, and period morphisms from moduli spaces of p-divisible groups to some of these period spaces. We determine the image of these period morphisms, thereby contributing to a question of Grothendieck. We give examples showing that only in rare cases the image is all of the Rapoport-Zink peri...

The Tufted(1) (Tft(1)) dominant mutation promotes the generation of ectopic bristles (macrochaetae) in the dorsal mesothorax of Drosophila. Here we show that Tft(1) corresponds to a gain-of-function allele of the proneural gene amos that is associated with a chromosomal aberration at 36F-37A. This causes ectopic expression of amos in large domains of the lateral-dorsal embryonic ectoderm, which...

Using the well-characterised paradigm of Drosophila sensory nervous system development, we examine the functional distinctness of the Amos and Atonal (Ato) proneural transcription factors, which have different mutant phenotypes but share very high similarity in their signature bHLH domains. Using misexpression and mutant rescue assays, we show that Ato and Amos proteins have abundantly distinct...