Title: The Journey of Colloidal Semiconductor Nanocrystals
Speaker: Prof. AlexanderEychmüller
Physical Chemistry, TU Dresden, Bergstrasse 66b, 01062 Dresden, Germany
Time:9:30-10:30, Dec6 (Thursday), 2018
(2018年12月6日星期四上午9:30-10:30)
Venue: Ground floor lecture room, Building 401, School of Radiation Medicine and Protection (苏大欧洲杯官网,401号楼一楼会议室)
Some 35 years ago the so-called size quantization in semiconductor nanocrystals has been found and explained correctly. Since then enormous progress has been made in various directions: quality of the materials (measured as size dispersity, crystallinity, compositional variability, surface functionalization, etc.), applications (in lighting, bioenvironments, solar cells, etc.), as well as basic theoretical understanding.
I will touch upon a few of these developments in more detail and, quite naturally, from my personal point of view and experience. One of these developments which spans a period of about a decade is that of unraveling the mechanisms of emission in II-VI semiconductor particles of different compositions.
Here and there I will also touch upon modern methods of creating superstructures (mesocrystals, aerogels) from nanocrystals and by this marrying the nano- to the macroworld.
Prof. Dr. rer. nat. Alexander EYCHMüLLER born June 10th,1958 TU Dresden, Head of Chair for Physical Chemistry |
Scientific Career
2005 - today | Professor for Physical Chemistry, TU Dresden |
1994 - 2005 | Senior Research Scientist, Habilitation and Venia Legendi, Universit?t Hamburg, Physical Chemistry |
1988 - 1994 | Research Scientist at the Hahn-Meitner-Institute, Department of Photochemistry, Berlin |
1987 - 1988 | DFG Research Fellowship at UCLA, CA, USA |
1984 - 1987 | PhD in Physical Chemistry, Georg-August Universit?t G?ttingen and Max-Planck Institute for Biophysical Chemistry, G?ttingen |
Scientific Focus
Synthesis, Characterization and Applications of Colloidally Prepared Nanoobjects and their Superstructures
Scientific Achievements & Recognitions
H-index: 3 73 (WoS), Citation index: 3 20300, 3 350 refereed publications