No abstract

The p r a y decay of six isobaric analogue states in Fe56 known from the reaction Mi155 (p, y ) Fes6 was measured with a Ge(Li) detector. One of these states was investigated in three fine structures. A Q value of (10189 f 7) keV was obtained for this reaction. A Fe56 level scheme up to excitation energy of 6450 keV was deduced. Consideration of configuration states of three analogue states yields isobaric spin potential and isobaric spin impurity. The strong coupling between the doorway state and the background states is to see in the very distinguished fine structure spectra. 7243 G 983 b a % F a w \ Ira.

We demonstrate Gradoop, an open source framework that combines and extends features of graph database systems with the benefits of distributed graph processing. Using a rich graph data model and powerful graph operators, users can declaratively express graph analytical programs for distributed execution without needing advanced programming experience or a deeper understanding of the underlying system. Visitors of the demo can declare graph analytical programs using the Gradoop operators and also visually experience two of our advanced operators: graph pattern matching and graph grouping. We provide real world and artificial social network data with up to 10 billion edges and allow running the programs either locally or on a remote research cluster to demonstrate scalability.