OBJECTIVE  
  ORGANIZERS  
  PROGRAM OF THE MEETING  
  CONTACT US  

OBJECTIVE
The workshop aims at introduction of the specialization "Physics of Low Dimensional Systems" into the academic program of the College of Science in Warsaw, Poland. The workshop is a part of CELDIS activities organised under the I HP-INCO-2 Action of the 5th Framework Programme.
ORGANIZERS
The event has been organized by two partners:
  • The Laboratory of Nanostructures operated jointly by the Low Temperature Physics Group, Institute of Physics, PAS and Institute of Electron Technology
  • The College of Science of UKSW
The workshop is chaired by prof. Tadeusz Skoskiewicz
PROGRAM OF THE MEETING
Meeting will be held at room 203 in the Institute of Physics, Polish Academy of Sciences, al. Lotników 32/46, Warszawa
Thursday, January 8, 2004
9:00Dr. Rolf Crook (University of Cambridge)
Erasable Electrostatic Lithography and Local Oxidation by Atomic Force Microscopy
10:00Dr. Vladimir Umanski (Weizman Institute of Science)
GaAs Based Cryogenic Electronics for Mesoscopic Physics Experiment
11:00Coffee
11:30 - 15:00 Laboratory practices
Friday, January 9, 2004
9:00Prof. Detlef Hommel (University of Bremmen)
CdSe Quantum Dots: Growth, Characterization and Device Application
10:00Dr. Lech Dobrzański (Institute of Electronic Materials Technology)
Technology of In-plane-gated Devices and Microoptical Diffraction Elements
11:00Coffee
11:30 - 15:00 Laboratory exercises
 
The following laboratory exercises in nanotechnology will be available:
  1. Pattern design and proximity corrections for electron beam lithography;
  2. Electron beam lithography - practical operation of the scanning electron microscope pattern generator;
  3. Photolitography - practical operation of the ultraviolet photolithography system;
  4. Metalization by magnetron evaporation. Basics of plasma evaporation of metals used in nanostructures fabrication;
  5. AFM - atomic microscope imaging. Hybrid structure magnetic domain mapping;
  6. Quantized conductance. Direct observation of 2e2/h steps at conductance characteristic of PbTe point contact.
CONTACT US
For all questions cocnerning the meeting please contact:
Prof. Tadeusz Sko¶kiewicz skosk@ifpan.edu.pl
Phone: 4822 8435324,   Fax: 4822 8475224