CURRICULUM VITAE
SERGEY B. MIROV
INSTITUTION The
TITLE Professor, Physics
Co-Director, Center for Optical
Sensors and Spectroscopies
ADDRESS UAB, Department of Physics,
EDUCATION
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1983 |
Ph. D. degree in Physics and Mathematics at
P.N.Lebedev Physical Institute USSR Academy of Sciences for the work
"Room temperature stable color center lasers tunable in the near IR
region." (Adviser Prof. T.T.Basiev) |
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1972-1978 |
Master degree (with honors) in Electronic
Engineering, Moscow Power Engineering Institute - |
PROFESSIONAL
RECORD
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1999 - pr. time 2005 – pr. time 1997 - 2005 1994 - 1999 |
Professor of Physics, UAB Co-Director, Center for Optical Sensors and
Spectroscopies, UAB Associate Director, Associate Professor of Physics; Secondary
appointment - Associate Professor of Biomedical Engineering |
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1993 - 1994 |
Visiting Associate, The |
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1988 - 1992 |
Principal Research Scientist and Group Leader at
Solid State Physics Department, General Physics Institute Russian |
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1983-1988 |
Senior Staff Research Physicist and Group Leader
at the Department of |
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1978-1983 |
Staff Research Physicist, P.N. Lebedev Physical
Institute of the |
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1990 (2 mon.) |
Visiting Professor, |
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PROFESSIONAL Optical Society of
ORGANIZATIONS American
Physical Socety
AWARDS AND
HONORS
Snell Premium Laureate (
General
Physics Institute Prize Winner for Scientific Research (1985, 1989)
P.N.Lebedev
Physical Institute Research Award (1980)
Ministry
of People's Education Medal for Academic Achievements (1977)
Who
is Who in Science and Engineering, Marquis Who's Who, 4th edition
(1997)
International
Who’s Who of Professionals for the years 2000-2007.
Madison
Who’s Who for the years 2005-2007
RESEARCH INTERESTS:
Long-term
research is directed toward the development and investigation of novel vibronic
active media for tunable lasers, passive Q-switches, and mode lockers. Recent
work includes room temperature stable color center crystals and tunable color
center lasers development and application. Research in the physics of color
centers formation under ionizing irradiation, color center's photo chemistry,
laser spectroscopy of solids led to the development of the first room
temperature operable commercial color center lasers, passive Q-switches and
nonlinear filters for various types of neodymium lasers from mini lasers to
powerful laser glass systems. Other research interests include spatially
dispersive multiline and ultraboradband lasers, tunable mid-IR lasers based on
II-VI wide band semiconductors doped with transition metal ions, the
development of laser based techniques for environmental monitoring and medical
diagnostics on the micro- and macroscopic levels, as well as Raman
characterization of protein crystals, and developing of time-resolved laser
induced fluorescence and Raman spectroscopy of normal and malignant tissues.
PUBLICATIONS: 300 research publications in physics: 1 book, 97 peer-reviewed
publications in refereed articles, 78
papers published in conference proceedings, book chapters and preprints, 124
not peer-reviewed publications - extended conference abstracts.
PATENTS: 17 patents.
RESEARCH FUNDING AT UAB (1994-2006): $4,543,991 (Amount
funded only lists the funds available to Sergey Mirov’s research program. This
does not include the total project costs, UAB and commercial matching. The
amount funded includes indirect costs.)
EDUCATIONAL
CONTRIBUTIONS: (scored 3.8 out of 4 in students evaluations)
Developed and currently teach a three part
Undergraduate/Graduate Laser Physics/Laser Spectroscopy curricula. Laser Physics I & II courses include
basic physics and engineering of lasers of all kinds as well as various issues
of relevance to lasers and electrooptics including application of nonlinear
optics harmonic generation and parametric processes. The Laser Spectroscopy
course embraces basic concepts and instrumentation of laser spectroscopy as
well as applications of laser spectroscopy in physics, chemistry, biology and
medicine.
Developed and taught Advanced Solid State Physics
Graduate course illustrating properties of defects in crystals, defects
classification, specific defect’s models, their thermodynamics, mechanism’s of
defecrts formation, optical
properties of defects in crystals, localized energy levels, configuration
coordinate diagrams, and application of defects to practical devices.
Taught two
Directed twenty undergraduate research projects at
the UAB in the frames of NSF program Research Experience for Undegraduates and
supervised four undergraduate students.
Currently supervise five graduate students and three post-doctoral