Workshop on diffusion, phonons and magnetization dynamics on surfaces and multilayers

Cracow, 30-31 May, 2006

SIXTH FRAMEWORK PROGRAMME

SPECIFIC TARGETED RESEARCH OR INNOVATION PROJECT (STREP)

Project DYNASYNC: Dynamics in Nano-scale Materials Studied with Synchrotron Radiation

Organized at: Institute of Nuclear Physics, Polish Academy of Sciences, Cracow, Poland

Organizing Committee:

K.Parlinski (Chairman)
A.Chumakov
J.Korecki
J.Meersschaut
D.L.Nagy
R.Röhlsberger
R.Rüffer
B.Sepiol
G.Vogl

Speakers and tentative titles:

Z.Chvoj, Non-equilibrium surface diffusion.
H.J.Elmers, Growth and magnetism in ultrathin films.
B.Hickey, Magnetic nanostructures.
A.Kara, Phonons of surfaces and nanostructures.

Scope:

Dynamical effects are expected to govern the function and performance of future nanoscale devices. Therefore, it is extremely important to develop efficient methods for their characterization. The study of dynamics in nanostructures requires a special methodology, both for modeling and for the experiment. Nuclear resonant scattering (NRS) of synchrotron radiation has gained in recent years the sensitivity required to study ultrathin films, surfaces and nanostructures. It allows to explore a multitude of dynamical properties within spectral ranges extending from neV to several hundred meV. It is the aim of the workshop to stimulate discussions on different dynamical aspects like diffusion, phonons and magnetization dynamics in low-dimensional systems, and to understand the size dependence and interplay between different excitations, using a variety of experimental and theoretical methods.

Attendance:

The number of particpants will be limited to about thirty.

Contributed talks:

The Organizing Comittee will select out the oral presentations of duration of 20-25 minutes, from the submitted Abstracts.

Posters:
Posters can be displayed during the whole Workshop. The avaliable area is 70cm (width) x 110cm (height).