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Nanobiotechnology group

News:

Membrane sensor (Nano Lett.)

 

Plasmonic focusing reduces linewidth (Nano Lett.)

 

Metal tiped hyperbrached CdTe particles Adv. Mat.
Nature RESEARCH HIGHLIGHT

Separation by shape Nano Lett.

NATURE RESEARCH HIGHLIGHT
FOCUS Online

 

Nanorod melting J. Phys. Chem. C  

Zsigmondy translation


 

FastSPS (Nano Lett.)

 

Bio-functionalization and self-assembly Nano Lett. 


 

Continuos flow synthesis PCCP 8, 3824 (2006) among most downloaded paper 2006

 

Links:

Physikalische Chemie
FB Chemie
FB Physik
FB Biologie
MPI für Polymerforschung
SFB 625
MWFZ
EMZM
IMM
Nano-optic
AC Praktikum

Chemikaliendatenbank

 

Former Highlights:

CdTe Particle

Synthese hochverzweigter CdTe Partikel Nanoletters 5, 2164 (2005)

 

Farbänderung von Silberpartikeln nach Dimerformation

Plasmonen als molekulares Lineal Nature Bio-technology 23, 741 (2005) 

 

Gold Nanorods im TEMGold Nano-Stäbchen als neuer Orientierungssensor Nano Letters 5, 301 (2005)

 

Welcome!

The English pages are outdated - please refer to the German language version for up to date information. Most of the information on the German pages are actually in English!   One area of rearch in the new research group nanobiotechnology at the Institut for Physical Chemistry of the University of Mainz is the synthesis and functionalization of nanoparticles, especially metal nanoparticles supporting plasmon exitations, and their use as markers for single biomolecules in light microscopy. The group is headed by the assistant professor Dr. Carsten Sönnichsen and offers interested undergraduate and graduate students a variety of possibilities for exciting research in a pleasent working atmosphere (see also open positions).

Nano-Optics with Plasmons

Gold and silver nanoparticles show an interessting color effect in the visible specral region. They act as tiny nano antenna for light and scatter it very effectively.  We use this effect in a new way to investigate single biomolekules (see research). Below is an example of gold and silver particles in a dark-field microscope. Every point is a single nanoparticle. The picture shows in real colors realistically the impression of the naked eye when one looks into such a microscope. The color indicates the shape and material composition of the particle.

Partikel im Dunkelfeldmikroskop

 
Nanobiotechnology group, 13.06.2008
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