Dr. Friedrich König Back
Lecturer in Photonics
School of Physics and Astronomy
University of St. Andrews
North Haugh
St. Andrews, Fife
KY16 9SS
Tel: (01334) 463128
Fax: (01334) 463104
fewk@st-andrews.ac.uk
Private address:
29 Radernie Place
St. Andrews
KY16 8QR
Career history:
University of St. Andrews St.
Andrews, UK
Since 09/03: Lecturer in Photonics. Lecturing in Photonics. Research on
generation of photon pairs in fibers, quantum gates and continuous variable
quantum information processing. Lectures about various topics in physics.
Massachusetts
Institute of Technology Cambridge,
MA, USA
01/02-08/03: Postdoctoral associate in the Research Laboratory of Electronics,
Prof. J. H. Shapiro and Dr. N. C. Wong. Research focuses on efficient
generation of EPR-correlated photon pairs using periodically poled nonlinear
crystals (PPLN) as well as broadband second harmonic generation in KTP
crystals.
University of
Erlangen-Nuremberg Erlangen,
Germany
01/02: Completion of PhD degree
(Grade A). Thesis: QND Measurement of the photon number. Oral exams on:
Bose-Einstein condensation, theory of the laser, and system design in optical
communications.
12/96-01/02: PhD studies at the Chair for Optics, University of Erlangen,
Germany, My PhD project was a QND (quantum nondemolition) measurement of the
photon number of solitons in optical fibers. The importance of QND experiments
arises from repeated precise quantum mechanical measurements and applications
in quantum information processing. I theoretically assessed a novel QND
approach and implemented it experimentally. This experiment is the first clear
demonstration of a QND experiment in optical fibers.
Advisors: Prof. Dr. G. Leuchs and Dr. A. Sizmann
Additional research projects:
1) Construction of femtosecond Erbium-Glass
laser
Achieved 360-fs pulses, 7 times shorter
than previously reported.
2) Ti: Sapphire laser (Adelaide University,
Australia).
3) Constructed
a grating-based fs-pulse shaping device
4) Polarization-mode dispersion and solitons in
commercial fiber link.
5) Nonlinear
fiber interferometer for squeezing
Built
the first nonlinear Sagnac interferometer for amplitude-quantum noise
suppression. This device enabled the
field of continuous variable quantum information with fibers.
6)
Squeezing
by spectral filtering of fiber-optical pulses
7)
EPR-soliton
pair production from a nonlinear interferometer
8)
Higher
Order moments of the photon-number distribution
Intensity distribution of light
with nonclassical noise was characterized.
State University of
New York at Stony Brook Stony Brook, NY, USA
10/96: Master of Arts in physics. Master
thesis: A Neutral Atom Source for Trapping Experiments, Prof. G. Sprouse
and Prof. L. Orozco
8/95-10/96: Foreign graduate studies and lab project. For the trapping of
the radioactive element Francium, constructed an efficient neutralization and
injection mechanism for ions into a magneto-optical trap. The concentration of
successfully injected neutral atoms was measured by fluorescence spectroscopy.
Advisors:
Prof. G. Sprouse and Prof. L. Orozco.
University of
Würzburg Würzburg,
Germany
10/94-8/95: Graduate studies at the University of Würzburg
University of
Wuppertal Wuppertal,
Germany
8/94: Pre-diploma (Grade A), Wuppertal
10/92-8/94: Undergraduate studies at the University of Wuppertal.
6/91: Abitur, Wuppertal, Germany (‘A’
level secondary school final examination)
Awards/
Stipends: IREX research exchange stipend at Adelaide University
and Australian National University at Canberra, Australia (10/00-11/00).
Stipend of The Research Foundation of State University of New York
(6/96-9/96).
Teaching
Experience prior to Lectureship:
9/93-10/93: University of Wuppertal Wuppertal,
Germany Teaching assistantship in introductory mathematics.
12/96-01/02: University of Erlangen-Nuremberg Erlangen, Germany
Supervision of seven
diploma students in their diploma thesis research. All students completed
(Grade A).
Teaching assistantship
in Mechanics and Thermodynamics, Electricity and Magnetism, Atomic Physics and
Optics.
Advised student for an
advanced seminar talk on cold atoms.
Renewed three
experiments (for 7 students each) in a physics lab.
Languages: German: native, English: fluent, Russian: basic, Latinum, Graecum.
Personal Information:
Date and Place of Birth: 07/23/1971
in Wuppertal, Germany
Marital Status: Married
to Dr. Natalia Korolkova
Parents: Dr.
Fritz König, Gretelies König, two sisters
Nationality: German
St. Andrews, March 5, 2004