Postdoctoral Position Available Immediately in DNA-based Nanoelectronics
An exciting multi-disciplinary research opportunity is available
immediately in the new emerging field of nanotechnology.
The objective of
this project is to determine the feasibility of using two-dimensional DNA
crystals as a scaffolding for the self-assembly of arrays of metallic
nanoparticles for the development of new electronic devices. Experiments
will involve (1) optimization of conjugation strategies for attachment of
gold nanoparticles to DNA hairpin oligonucleotides, (2) assembly into
two-dimensional DNA crystals, (3) analysis by scanning probe and electron
beam microscopies, and (4) characterization of electrical properties.
Candidates may be from any department but should have background or strong
interests in the following areas: biochemistry, organic chemistry,
scanning & transmission electron microscopy, atomic force microscopy, and
electrical characterization techniques.
This multi-disciplinary project is a collaboration between the research groups of
R. A. Kiehl (ECE Dept, UMN), K. M. Musier-Forsyth (Chem Dept, UMN) and
N. C. Seeman (Chem Dept, NYU).
Interested candidates should e-mail their CV and names of three references
with complete contact information to
Prof. Richard Kiehl at
kiehl@ece.umn.edu.
