From: lsczani@andy.bgsu.edu (Leszek J. Sczaniecki)
Subject: Theor. Phys./Appl. Math./Finance/Programming
Organization: Bowling Green State University B.G., Oh.
Distribution: na
Date: Sat, 7 Nov 1992 01:59:10 GMT


vember 6, 1992


Dear Prospective Employer,

I am writing  in the chance  that you may have a position opening
for a person of my qualifications. I am seeking a new challenging
position   that  requires  the  creative  application  of  modern
concepts  of theoretical physics and mathematics or statistics in
an advanced  computer environment.  I  am  interested in areas of
scientific programming and computational physics,  and in the use
of symbolic mathematics software in science and applications.

I hope you will take time to review my resume to see that  I am a
mature   researcher  and  practitioner,   with  broad  knowledge,
diversified   experience   and   flexible  intellect.  My  formal
education includes  a  Ph.D.  in  Theoretical Physics,  an  MA in
Mathematics with specialty in Statistics, and MSc in Experimental
Physics.  I also have  a strong practical computer background and
three years experience  in  the area  of finance.  I am confident
that with my experience I can make  a  significant  and  original
contribution in research and development or finance areas.

Should my qualifications match any current openings,  I  would be
very pleased to provide further details and reference letters. 


Sincerely,

Leszek Sczaniecki


=================================================================
	Leszek Jan Sczaniecki
	400 E. Napoleon Rd. #365,Bowling Green, OH 43402
	Work (419) 372-7850, Home (419) 353-9523
	E-mail: leszek@curie.bgsu.edu
=================================================================

	PROFESSIONAL INTERESTS AND GOALS

Innovative   applications  of  advanced  methods  of  theoretical
physics  and  mathematics,  in technologically  advanced computer
environment.  Also, development in area of scientific programming
and computational physics, applications of symbolic math software
in research and education. 

	AREAS OF EXPERTISE

	Analysis

Exceptionally strong background in theoretical physics  and math-
ematics  which  enables me  to perform  state-of-the-art analysis
and modelling of various dynamical systems:  classical  and quan-
tum, deterministic and stochastic. 

Excellent experience  in applied mathematics, statistics (statis-
tical data analysis, simulations) and computational physics.

Advanced skills in  analytical  and numerical finance - valuation
of  derivative  securities,  risk management, portfolio insurance
and asset allocation.

Experience  in development  of advanced scientific  and financial
software.

	Advanced Computer Experience

Operating systems: UNICOS, UNIX, DOS.

Languages:  C,  Mathematica,  FORTRAN,  Sisal,  Algol, GFA Basic;
Experience in vector and parallel programming.

Computers:  supercomputer CRAY-MP8/864, Sun,  VAX8650 and 11/785,
IBM XT/AT, Atari ST, Macintosh.

Application software:  FrameMaker,  QuatroPro,  Lotus,  db-Vista,
Splus, and SunView, OpenWindows and X11 window systems.

	Instructional

Comprehensive  teaching  experience  on  academic level - courses
taught:  Lectures on Theoretical Physics  (Green's Functions  and
Condensed Matter), Quantum Optics, Classical Mechanics (including
Continuous Media),  Quantum Mechanics,  Mathematical  Methods  in
Physics,  Introductory and Advanced Physics Laboratories, Digital
Signal Processing,  Calculus,  College  Physics,  College Algebra
and others. Have Directing MS theses.

	Individual Research and Writing

Physics  -  Research  and publication in areas  of  Computational
Physics,  General  Relativistic Three Dimensional Fluid  Dynamics
(adaptive  multi-grid  vector  and  parallel codes),  Interaction
between   Light   and   Matter,  Quantum   Properties  of  Light,
Cooperative   Phenomena,   Non-Equilibrium   Phase   Transitions,
Non-Linear Dynamics (Solitons, Chaos).

Finance  -  Research  and  publication  in  areas  of  derivative
security valuation  and  asset allocation theory.  Developed  and
implemented algorithms for bond,  option and portfolio evaluation
and asset allocation.

Publications:  Nineteen works published,  one in press,  three in
preparation,  more than two dozen reviews of books and scientific
papers, one patent.

	SUMMARY OF EMPLOYMENT

Department of Physics and Astronomy,  Bowling Green State Univer-
sity, Assistant Professor, Research Associate (part time), 1990 -
present.

Pension Research Institute,  Bowling Green,  Senior Research Ana-
lyst, 1989 - 1992.

Department of Mathematics  and Statistics,  Bowling  Green  State
University, Graduate Fellow, 1989 - 1990. 

Institute of Physics,  Adam Mickiewicz  University (Poland) - As-
sistant Professor, Research Teaching Assistant, Assistant Lectur-
er, 1971 - 1987.

	EDUCATION 

MA in Mathematics, 1990,  Bowling Green State University, thesis:
"The Binomial Option Pricing", GPA 3.8/4.0.

Ph.D. in  Theoretical Physics,  1980,  Adam Mickiewicz University
(Poland),  thesis: "NonEquilibrium Phase Transitions in Two-Level
Systems at Multi-Photon Resonance  with Radiation Field"  awarded
with highest  national honors (Polish Ministry of Science,  Tech-
nics and Higher Education Award - 1981).

MS in Experimental Physics, 1971, Adam Mickiewicz University (Po-
land),  thesis:  "The Stimulated Raman Scattering"  with  highest 
honor, GPA 5.0/5.0.

	PROFFESSIONAL ASSOCIATIONS

The American Physical Society


	PUBLICATIONS (selected titles)

"Three  Dimensional  Relativistic  Hydrodynamics  I.:  The  code, 
tests,  and application to off-center  collisions" (submitted to
Phys. Rev. D), with Comer Duncan and Ganesh Shastri.

"The Binomial Formula for the Value of a Bivariate Derivative Se-
curity" (to be published).

"Three Dimensional Relativistic Hydrodynamics:  The Code,  Tests,
and a Glimpse of the Future",  presented  at  Midwest  Relativity
Meeting, March 6-7, 1992, Urbana-Champaign, with Comer Duncan.

"Option Exchange Valuation", presented at the Third International
Conference  in  Nonparametric  Statistics and Related Topics, May 
5-8, 1991, Carlton, Ottawa, with Vijay Rohatgi.

"Quantum theory of subharmonic lasers. Stability analysis", Opti-
ca Acta 32, 1959 (1985), with E. Szczepaniak.

"Effective Hamiltonians,  two-level  systems and generalized Max-
well-Bloch equations", Phys. Rev. A 28, 3493 (1983).

"Quantum theory  of  multi-photon lasers",  Optica  Acta  29,  69 
(1982).

"Bistability of multi-photon lasers",  Proc. of the International
Conference on Lasers '80, 808, STS Press - McLean, VA 1981.

"Multi-photon cooperative radiation from two-level atoms in self-
consistent  field  approximation (SCFA)",  Opt.  Commun.  34,  57 
(1980), with W. Alexiewicz.

"Quantum  theory  of  subharmonic lasers.  Non-equilibrium  phase
transition of the first order", Optica Acta 27, 251 (1980).

"Subharmonic superradiance", Opt. Commun. 27, 463 (1978), with J.
Buchert.