held again in 2005 and 2007, respectively, with even greater success.
OSK has built up solid networks
among optical societies overseas. OSA
was one of the first overseas societies
with which the OSK shared a memorandum of understanding (MOU) for
collaboration. OSA has regularly sent
its delegates to OSK annual meetings to
further enhance mutual understanding
and friendship. OSK also has an MOU
with SPIE, the Chinese Optical Society
and the Optical Society of Japan, and it
is co-sponsoring local and international
workshops and conferences.
OSK’s rapid growth is a direct result
of the dedication of its members, who
have helped foster optical research and
applications throughout the country.
For example, the number of papers writ-
ten by Korean authors in OSA journals
has more than quadrupled during the
past two decades, making OSK mem-
bers major contributors to international
optics. According to OSK Incumbent
President Bum Ku Rhee, who is with the
physics department at Sogang University
in Seoul, “In recent years, the main focus
on optical research in Korea has gradu-
ally shifted from quantity to quality,
and some significant contributions have
drawn worldwide attention such as elec-
trically driven single photon lasers, EUV
generation in nano-optics, and terahertz
radiation enhancement in nano slits, to
name a few.”
OSK has strong ties with the flat-
panel display industries in Korea, in-
cluding Samsung and LG. Since many
of these companies are now upgrading
their liquid crystal displays with LEDs,
these collaborations have become even
more robust. OSK is also expanding its
scope into biomedical applications as
well as ultra-high precision processing.
We are actively recruiting members in
fields outside of physics, such as electrical
engineering, mechanical engineering and
medical disciplines.
Like Korea itself, OSK
grew quickly. The Society
began with about 250
members, and today it is
roughly eight times that
size: Membership exceeds
2,000 and includes
professionals in academia,
research and industry.
OSK also has a close relationship
with the Korea Association for Photonics
Industry Development (KAPID) based
in Gwangju, which has been home to
the so-called photonics industrial zone
since 1999. OSK sponsors and supports
the International Photonics Technology
Conference, an invitation-only conference, and Photonics Korea, an exhibition
for the optics and photonics industry in
Korea; both are led by KAPID.
To share the most up-to-date information among members, OSK publishes
its own journal in English, the Journal
of the Optical Society of Korea (JOSK).
JOSK has been listed in SCI-E journals
since 2008, and the number of submis-
Year
Number
of papers
1989-1992 1993-1996 1997-2000 2000-2002 2003-2006 2007-2009
58
92
126
147
220
184+
OSA journal articles written by Korean authors.
OSK
2008 OSK winter annual meeting with OSA
2010 President James Wyant, 5th from the
right in the front row, in Seoul, Korea.
sions is rapidly increasing. OSK and
OSA have agreed to list JOSK papers in
OSA’s Optics Infobase, which will give
JOSK papers international exposure so
that OSK can contribute to the rapid
exchange of ideas among optical scientists and engineers worldwide.
Preparing for the next decade, OSK
President Elect Byoung Yoon Kim, from
the physics department at the Korea
Advanced Institute of Science and Technology in Daejeon, has proposed that the
society move in the following directions:
1) To establish a role model for developing countries in the international optical
science and technology communities,
thereby bridging the gap between developing countries and leading nations, 2)
To expand global networking by hosting
optics and photonics conferences on a
regular basis, and 3) To further tighten
relations between the domestic and global
optics industries. We look forward to the
next 20 years and beyond. t
Kyunghwan Oh ( koh@yonsei.ac.kr) is with the
department of physics in Yonsei University,
Seoul, Korea. He is a director of general affairs
for OSK and a member of OSA and Sigma-Xi.
[ References and Resources ]
>> H.G. Park et al. “Electrically driven single
cell photonic crystal laser,” Science 305,
1444 (2004).
>> S. Kim et al. “High-harmonic generation
by resonant plasmon field enhancement,”
Nature 453, 757 (2008).
>> M.A. Seo et al. “Terahertz field enhancement by a metallic nano slit operating
beyond the skin-depth limit,” Nature
Photonics 3, 152 (2009).
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