The DNA double-strand recognition, as well as the ability to manipulate its structure open a multitude of ways to make it useful for molecular electronics. Step by step we improve the synthesized constructs and the measurement methods of single DNAbased molecules. I will present new DNA-based metalized molecules and report on our measurements of their energy level structure and transport proper...

A new two-body interaction recently derived for nuclei in the 0flp shell by fitting two-body matrix elements to 494 energy levels in A = 41-66 nuclei, is used to investigate the neutron-rich nuclei in the vicinity of the doubly closed nuclide 48Ca. This study is of fundamental interest in providing a test for the new effective interaction away from the stability line. Masses and binding energie...

  Shirbot (Barbus grypus) as a species with high potential for aquaculture development recently propagated artificially in South Iran Aquaculture Research Center to extend the species diversity in polyculture system. To provide an effective economic diet for this species 9 experimental diets containing three crude protein levels (250, 300, and 350 g kg -1) and three metabolizable energy levels ...

The complexity of current and future integrated systems requires a paradigm shift towards component-based design techno logies that enable the integration of large computational cores, memory hierarchies and communication channel as well as system and application software onto a single chip. Moving from a set of case studies, we give an overview of energy-efficient systemlevel design, emphasizi...

The nuclear shell model has been applied to calculate possible gamma decay schemes for neutron-rich nuclei, as well as various information about the individual energy levels within the nucleus. Comparisons will be made to experimental data if it exists. Information calculated about individual decays includes initial and final excitation energies, angular momenta, branching ratio, and mean lifet...

We consider the rigid body quantization of Skyrmions with topological charges 1 to 8, as approximated by the rational map ansatz. Novel, general expressions for the elements of the inertia tensors, in terms of the approximating rational map, are presented and are used to determine the kinetic energy contribution to the total energy of the ground and excited states of the quantized Skyrmions. Ou...

For non-critical energies, the asymptotic behaviour of the scattering phase and of the time-delay are known to be described by a Weyl type formula and the BreitWigner formula respectively. We consider here the case of critical energy levels in dimension 1. We obtain the semiclassical asymptotics of the scattering phase and of the time-delay, uniformly with respect to the energy in a neighborhoo...