12-17 September 2010
CERN
Europe/Zurich timezone
The conference is now over. Thanks to all for their participation.

The talks from the various sessions are all online.

Invited Speakers


Introductory Plenary Lecture

Michelangelo Mongano (CERN) “Physics at the Large Hadron Collider of CERN”

A: Theory: Hyperfine Interactions, Nuclear Moments

Peter Blaha (TU Vienna) “Development and applications of the Wien Code”

Vladimir Kelloe (U. Bratislava) “Electric field gradient calculations by quantum chemical methods”

B: Magnetism and Magnetic Materials - Bulk and thin Layers

Rainer Sielemann (Helmholtz Zentrum – Berlin) “Magnetism in Ion Implanted Oxides: A Status Report".


C: Semiconductors, Metals and Insulators

H.H. Klauss (TU Braunschweig) “MuSR studies of High Tc superconductivity in iron pnictides ”

D: Biology, Chemistry, Medicine

Lars Hemmingsen (U. Copenhagen) “PAC in Bio systems”

E: Lattice Dynamics, Ion-Solid Interaction

I. Sergueev (ESRF, Grenoble) “Synchrotron radiation based TDPAC”

F: Surfaces, Interfaces, Thin Films, Nano-structures

Yutaka Yoshida (Shizuoka Institute of Science and Technology) “Development and applications of a Mössbauer camera”

G: Atoms and Ions

Wilfried Nörthershäuser (U. Mainz) “Recent developments in collinear laser spectroscopy at ISOLDE”

H: Resonance Methods

Bostjan Zalar (I. Josef Stefan) “NQR Studies in Li-doped potassium tantalite (KTL)”

I : Coherent Phenomena, Synchrotron Radiation, Quantum Optics

Ko Mibu (Nagoya Institute of Technology) “Investigations on thin Fe films and Heusler alloy films using synchrotron-radiation-based Mössbauer spectroscopy"

Simon Connell (U. Johannesburg) “Quantum Diffusion of Muonium in Diamond”

J: Nuclear Moments, Nuclear Polarization, Nuclear Models, Fundamental Interactions

Nathal Severijns (K.U.Leuven) “Recent progress on Low Temperature Nuclear Orientation technique and NMRON”

K: New Directions and Developments in Methodology

Andrew MacFarlane (U British Columbia) “Beta detected NMR: a New Depth-resolved Probe of Materials at the Nanoscale"