Chiral selectivity of polyglycerol-based amphiphiles incorporating different aromatic cores

Monolayers of Chiral Imidazole Amphiphiles: Domain Formation and Metal Complexation

Incorporating Cores into System-Level Speci cation

We describe an approach for incorporating cores into a system-level speci cation. The goal is to allow a designer to specify both custom behavior and pre-designed cores at the earliest design stages, and to re ne both into implementations in a uni ed manner. The approach is based on experience with an actual application of a GPSbased navigation system. We use an object-oriented language for spe...

Incorporating Cores into System - Level Speci

We describe an approach for incorporating cores into a system-level speciication. The goal is to allow a designer to specify both custom behavior and pre-designed cores at the earliest design stages, and to reene both into implementations in a uniied manner. The approach is based on experience with an actual application of a GPS-based navigation system. We use an object-oriented language for sp...

Strangeness Production Incorporating Chiral Symmetry

Chiral symmetry is known to be decisive for an understanding of the low energy sector of strong interactions. It is thus important for a model of relativistic heavy ion collisions to incorporate the dynamical breaking and restoration of chiral symmetry. Thus we study an expansion scenario for a quark-meson plasma using the Nambu{Jona-Lasinio (NJL) model in its three avor version. The equations ...

Treelet Kernel Incorporating Chiral Information

Molecules being often described using a graph representation, graph kernels provide an interesting framework which allows to combine machine learning and graph theory in order to predict molecule’s properties. However, some of these properties are induced both by relationships between the atoms of a molecule and by constraints on the relative positioning of these atoms. Graph kernels based sole...