WSI

Walter Schottky Institute

Experimental Semiconductor Physics II

TUM

 

   

Moscow-Bavarian, Joint Advanced Student School - MB JASS 2006

Nanobiotechnology and Biosensors

 

 

Schedule

 

March, 21 (Tuesday)

9.30 – 11.30 M. Stutzmann "Nanotechnology - quo vadis"

11.30-11.40 coffee break

11.40-13.10 G. Duerr “Preparation of nanostructures I: next generation lithography”

13.10-14.20 dinner break

14.20-15.50 M.Hauf “Preparation of nanostructures II: self assembled anorganic quantum wires and quantum dots”

15.50-16.00 coffee break

16.00-18.00 S.Khartov “Probe technology applications and molecular-based devices”

 

March, 22 (Wednesday)

9.30-11.30 S. Selishchev “Integration of macro-, micro- and nanotechnologies for biomedical engineering”

11.30-11.40 coffee break

11.40-13.10 J. Diepenbrock “Preparation of nanostructures III: self assembled organic nanostructures”

13.10-14.20 dinner break

14.20-15.50 R. Shajachmetov “Fractal description of biological nanostructures”

15.50-16.00 coffee break

16.00-17.00 N.Munnikes “Commercial biosensors”

17.00-18.00 E. Alekseeva “Resonant frequencies, electrical noise and degradation phenomena in CNT-based sensors”

 

March, 23 (Thursday)

14.20 – 15.50 V.Nevolin “Center for nanotechnologies in electronics”

16.00 – 17.30 experimental practice in CNE

 

March, 24 (Friday)

9.30-11.30 A. Gorbatsevich “Microscopic structure of interfaces in condensed matter”

11.30-11.40 coffee break

11.40-13.10 A. Mehlich “Basic physics of solid/liquid interfaces”

13.10-14.20 dinner break

14.20-15.50 C. Freudiger “The interfaces between living cells and solid substrates”

15.50-16.00 coffee break

March, 27 (Monday)

9.30-11.30 N. Borgardt (To be announced later)

11.30-11.40 coffee break

11.40-13.10 S. Schmidt “Ion sensitive field effect transistor”

13.10-14.20 dinner break

14.20-15.50 M. Simunin “Catalytic CD production of carbon nanofilaments using ethanol and methods of fabrication CT-based devices”

15.50-16.00 coffee break

16.00-16.45 G. Petruhin “Experimental investigations of autoelectric characteristics and degradation phenomena of emitters and sensors based on CNT”