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 HOME
> Professor |
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Heonsu
Jeon
(Professor)
Department of Physics & Astronomy
Rm. 56-334, 1 Gwanak-ro, Gwanak-gu, Seoul, 08826, Korea
Tel : +82-2-880-6265
Fax : +82-2-874-3936
E-mail : hsjeon@snu.ac.kr
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| B.S. |
Seoul National University (Seoul, Korea), Physics, 1985 |
| M.S. |
Seoul National University (Seoul, Korea), Physics, 1987 |
| M.S. |
Brown University (Providence, USA), Engineering, 1991 |
| Ph.D. |
Brown University (Providence, USA), Physics, 1994 |
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| Jun. 1994 - Nov.1995 |
: Research associate, Brown
University (Providence, USA) |
| Dec. 1995 - Jul. 1998 |
: Research scientist, SDL, Inc. (San Jose,
USA) |
| Sep. 1998 - Sep. 2002 |
: Assistant professor, Seoul
National University (Seoul, Korea) |
| Oct. 2002 - Sep. 2008 |
: Associate professor, Seoul
National University (Seoul, Korea) |
| Oct. 2008 - Present |
: Professor, Seoul
National University (Seoul, Korea) |
| 1999 - Present |
: Inter-university Semiconductor Research
Center
: Head of laser research
division |
| 2006 - 2008 |
: NANO Systems Institute-National Core Research
Center
: Board of Executives |
| 2006 - Feb. 2011 |
: Advanced Institutes of Convergence
Technology
: Vice president |
| Nov. 2010 - Present |
: College of Natural Sciences, Seoul
National University (Seoul, Korea)
: Associate dean (Planning) |
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- Growth of compound semiconductor
heterostructures
- Compound semiconductor materials research
- Optoelectronic device fabrications in micro- and nano-lithographic
techniques
- Carrier controls via quantum well, wire, and dot structures
- Photon controls by means of micro-cavities and 2D & 3D
photonic crystals
- Physics of strong coupling phenomena between photons and matters
- High density integration of photonic devices |
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| μNOEL, the name of our research
group, stands for Micro and Nano Opto-Electronics Laboratory.
We pursue research on photons, electrons and the interactions
between them in artificial micro- and nano-meter scale photonic
structures, such as quantum wells, quantum dots, microcavities
and photonic crystals. Micro- and nano-structures could provide
many scientifically interesting situations. In some circumstances,
physical properties of electrons and photons as well as their
interactions can be manipulated in a unique fashion that would
not be possible in a naturally organized structure. Therefore,
our research plot is to provide such special circumstances to
electrons and photons via micro- and nano- fabrication techniques
and to study their behaviors. We are interested not only in
studying physics of photons and electrons, but also interested
in the applications of newly developed concepts to the future
optoelectronic devices. |
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