events - Page 53

Simulation of confined water i nanoporous Silicates with varying surface curvatures

Quantitative technique analysis in XC-skiing

Strålingsinduserte primærradikaler i krystallinsk L-asparagin. En EMR- og DFT (PBC)-studie

Nickel Diffusion and Configuration in Crystalline Zinc Oxide

On the Possible Causes and Forecast of the GPS-Satellite Outages during the Super Storm on November 20, 2003

Band gap engineering of the ZnO/Si heterojunction using amorphous buffer layers

Analyse av banegenerator

Applications of compressed sensing in computational physics

A phase field crystal study of grain growth in one and two dimensions

Adhesion between ceramic and composite materials for use in lightweight ballistic armour

Wireless Embedded Microcontroller System for Bioimpedance Measurements

Estimering av rullvinkel til GPS-mottaker med roterende antenne

Kinect-basert autopilot for Quadrokoptere

UWB CMOS distributed amplifiers with direct termination

Optimalisering av CT lungeundersøkelser på Toshiba Aquillion One og GE Lightspeed VCT

Thin films and Nanobelts for Nattery Applications

Thin films and nanobelts for battery applications: Synthesis and characterization of cathode materiales for litium- and sodium-ion batteries

Translational Inertial Dragging

Syntese og karakterisering av tynne filmer av lantan nikkeloksid

Magnetic Excitations In The Iridate Sr2IrO4

Heterotic String Compactification with a View Towards Cosmology

Lars Andreas Dal, UiO

The nature of Dark Matter is one of the large open questions in physics today. Observations indicate that Dark Matter likely consists of an unknown species of particles, which allows for the possibility of indirectly detecting Dark Matter by searching for the decay/annihilation products from these particles in cosmic rays.

With its very low expected astrophysical background, the antideuteron channel is particularly well suited for such searches. I will here discuss the challenges in correctly calculating the expected cosmic ray antideuteron flux, with focus on the uncertainty from hadronization models employed in Monte Carlo event generators.

Sensitivity Analysis of a Two Component Seismic Streamer.

Jan Olav Eeg, UiO

Recent measurements for direct CP-violation in decays of neutral charmed mesons (explicitly D⁰-> K⁺ + K^- and/or D⁰ -> π⁺ + π^- ) might indicate the existence of New Physics beyond the Standard Model.  A concrete model to explain the effect is proposed by Altmannshofer et al. This model, based on a colored flavor changing scalar, will also generate  a new contribution to the electric dipole  moment of the neutron (NEDM).   I present a calculation for this quantity within the proposed  New Physics model. The calculation shows that the obtained value for the  NEDM within the model is close  to its experimental bound.