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PETER
Moeck (PhD) Associate Professor of Physics pmoeck at pdx dot edu
Department of Physics, P.O. Box 751, Portland, OR 97207-0751 phone: (503) 725 4227 Science Building 2, office 404, lab 401 1719 SW 10th Avenue, Portland, OR 97201 Office hours: Tuesday and
Thursday |
Research interests Structural
fingerprinting of nanocrystals in the transmission electron microscope,
precession electron diffraction, open-access crystallographic databases; nano and micrometer scale materials science and
engineering; application of physical crystallography to materials problems of
semiconductor technologies click here
for a four slide power-point presentation on my research interests leader of the
Nano-Crystallography Group Currently taught courses Introduction to
Modern Physics
(to undergraduates) Introduction to
Nano(-materials) Science and Engineering (to
advanced undergraduates and graduates from all science and engineering
disciplines) Other student matters PhD/MS student supervisor Adviser/Instructor for independent
research projects Assistant
to the Chair of the Physics Department for German-American
Student Exchange Programs |
Recently taught coursers
at
Physical
Metallurgy (Materials Science) for Engineers (to undergraduates)
Thermodynamics and Statistical Mechanics (to graduates and advanced undergrads)
at
Introductory
College Physics (to undergraduates)
at
Atomic
force microscopy (to PhD students and
interested colleagues – in partial fulfillment
of the requirements
for certification as an adult education teacher in
Education
1993- 1994 Practical
Information Science
(correspondence
course), FernUniversität Hagen (open university)
1989- 1992 PhD
in Crystallography
rating “magna cum laude (1)”,
Humboldt-University of
1978- 1983 Diploma
in Crystallography
rating “cum laude (2)”,
Employment
2008 – Tenured
Associate Professor
Portland
State University, Department of Physics
2002 – 2008 Tenure-track
Assistant Professor
Portland State University,
Department of Physics
2000 –
2002 Research Assistant Professor
University of
Illinois at Chicago, Department of Physics, Interface Physics Group
1998 – 2000 Research Fellow
(Electron Microscopist, Materials Scientist)
University of Oxford, Department of
Materials, Semiconductor Group
1997 – 1998 Research
Associate (X-ray Crystallographer, Materials Scientist)
Interdisciplinary
Research Center for Semiconductor Materials of the
Imperial College of Science,
Technology and Medicine (University of London)
1994 –
1997 Senior Research Assistant
(X-ray Crystallographer, Materials Scientist)
University of Durham, Department of Physics, Condensed
Matter Group
1993 – 1994 Forensic Scientist / Public Analyst
Central Forensic Science Laboratories of
the German state Brandenburg
1992 –
1993 Electron Microscopist,
Computer Programmer, X-ray Crystallographer
Humboldt-University of Berlin, Institute for
Crystallography and Materials
Science and
Technical University Berlin, Central Service Unit for Electron
Microscopy
1989 – 1991 Staff-PhD researcher
(employed primarily to perform
research)
Humboldt-University of Berlin, Institute for
Crystallography and Materials
Science
1987 – 1990 Scientific Assistant
Humboldt-University of Berlin,
Institute for Crystallography and Materials
Science
1983 – 1986 Entry
level scientific staff member
Institute for Semiconductor
Physics, Academy of Science
CV (for some details
on what I have actually been doing at the places mentioned above, but it has
not been updated for a long time)
Professional Societies: Materials Research
Society, American Physical Society, Deutsche
Gesellschaft für Kristallographie
have a look
at some power point slides from a seminar
(on aspects of the
nanomaterials challenge, image-based nanocrystallography by means of
transmission electron goniometry & how it might be developed into
commercial products) I held at the FEI Company, Hillsboro
Campus
have a look at some power
point slides from the second part of a lecture (on goniometry and
direct crystallographic analyses in TEM) I held at the
National Center for Electron Microscopy at Berkeley
click here
for some 30 power point slides (on epitaxial and
endotaxial semiconductor quantum dots) of a lecture I held at
click here for
overheads in *.pdf format from a lecture (on materials
science issues of compound semiconductors), I held at the
have a look at
the overheads in *.pdf format from a popular science lecture (on creating atomic
order in semiconductor quantum dots) I held at the Rochester
Institute of Technology (I am sorry,
there is always some mix-up with some symbols in *.pdf format.)
back to physics
faculty, back to physics at Portland State University (PSU),
back to PSU
last updated:
