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Title:
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Asymptotic and Numerical Approaches to Electron and Phonon Transport in Nanowires 

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Organizers:
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Lev Baskin
Dept.of Mathematics
St.Petersburg University for Telecommunication
Russia
lev_baskin@mail.ru

Pekka Neittaanmaki
Dept. of Mathematical Information Technology
University of Jyvaskyla
Finland
pn@mit.jyu.fi

Boris Plamenevsky
Dept. of Mathematical Physics
Physics Institute
St.Petersburg State University
Russia
plamen@rol.ru 

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Minisymposium description:
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The minisymposium could contain 7-8 talks devoted to the following subjects:
1.    A computational method for electron and phonon scattering in 2D and 3D 
      branching waveguides.
2.    Switch devices of electron beams in quantum waveguides.
3.    Asymptotic theory of electron resonant tunneling in deformed wires.
4.    Resonant tunneling of electrons in waveguides with slowly varying periodic 
      structure (asymptotic approach).
5.    Numerical simulation of resonant tunneling in 3d quantum waveguides with varying 
      cross-section.
6.    Control of the thermal conductance of deformed nanofibers.
7.    Method of the control of low temperature thermal conductance for dielectric nanowires.