ISBN 978-981-4364-36-2
V311
NANOPHOTONICS
DEVICES, CIRCUITS, AND SYSTEMS
Preecha P. Yupapin Keerayoot Srinuanjan Surachart Kamoldilok
“This book represents an extensive collection of the most updated studies
about nanophotonics and its applications. This is an interesting work and
an excellent reference for inspiring scientists and students, especially for
those seeking inspiration from the most fascinating discoveries in the field of
nanophotonics.”
Prof. Asghar Asgari
The University of Western Australia, Australia
Behaviors of light in small-scale optics or nano/micro-optical devices have shown
promising results which can be useful for many fundamental and applied researches,
especially in nanoelectronics. In this book, a new design of a small-scale optical device,
a microring resonator, is proposed. Also presented is a design which can be used to
generate forms of light on a chip, for applications such as optical spin, antennas, and
whispering gallery modes. Most of the chapters use the proposed device made up of
silica and InGaAsP/InP with a linear optical add-drop filter incorporating two nonlinear
micro/nano rings on both sides of the center ring (add-drop filter). This configuration
is known as a PANDA ring resonator. A light pulse, for instance Gaussian, bright, and
dark solitons, is fed into the system through different ports such as the add port and the
through port. By using practical device parameters, the simulation results are obtained
using the OptiWave and MATLAB programs. Results obtained by both analytical and
numerical methods show that many applications can be exploited. By using practical
device parameters, such devices can be fabricated and implemented in the near future.
The book shows that interdisciplinary use of the proposed system can be made for many
applications, especially when the device is coated with a metallic material.
Preecha P. Yupapin received his PhD in electrical engineering from
City University of London in 1993. He was a postdoctoral research
fellow in 1994 under the European Community research project.
He has been working with the Department of Physics, Faculty of
Science, King Mongkut’s Institute of Technology Ladkrabang (KMITL),
Bangkok, since 1985. Prof. Yupapin has authored or coauthored more
than 530 research papers and 31 chapters and books. His research interests are
in nanophysics, nanoelectronics, nanocommunication and networks, molecular
electronics, nanomedicine and beauty, nanoenergy, quantum information, and
human engineering.
Keerayoot Srinuanjan received a bachelor’s in science (physics) from
Khon Kaen University, Khon Kaen, Thailand, in 1996 and a master’s in
science (applied physics) from KMITL, Bangkok, in 2004. He is a lecturer
of applied physics at the Department of Applied Physics, Faculty of
Science, KMITL. His research topics are fiber optics, nonlinear optics,
and quantum optics.
Surachart Kamoldilok received a bachelor’s in science (physics)
from Ramkhamhaeng University, Bangkok, in 1991 and a master’s
in science (applied physics) from KMITL, Bangkok, in 2001. He is a
lecturer of applied physics at the Department of Applied Physics,
Faculty of Science, KMITL. His research topics are quantum optics,
nonlinear optics, and nano-optics devices.
NANOPHOTONICS
Yupapin | Srinuanjan | Kamoldilok
ISBN 978-981-4364-36-2
V311
NANOPHOTONICS
DEVICES, CIRCUITS, AND SYSTEMS
Preecha P. Yupapin Keerayoot Srinuanjan Surachart Kamoldilok
“This book represents an extensive collection of the most updated studies about nanophotonics and its applications. This is an interesting work and an excellent reference for inspiring scientists and students, especially for those seeking inspiration from the most fascinating discoveries in the field of nanophotonics.”
Prof. Asghar Asgari
The University of Western Australia, Australia
Behaviors of light in small-scale optics or nano/micro-optical devices have shown promising results which can be useful for many fundamental and applied researches, especially in nanoelectronics. In this book, a new design of a small-scale optical device, a microring resonator, is proposed. Also presented is a design which can be used to generate forms of light on a chip, for applications such as optical spin, antennas, and whispering gallery modes. Most of the chapters use the proposed device made up of silica and InGaAsP/InP with a linear optical add-drop filter incorporating two nonlinear micro/nano rings on both sides of the center ring (add-drop filter). This configuration is known as a PANDA ring resonator. A light pulse, for instance Gaussian, bright, and dark solitons, is fed into the system through different ports such as the add port and the through port. By using practical device parameters, the simulation results are obtained using the OptiWave and MATLAB programs. Results obtained by both analytical and numerical methods show that many applications can be exploited. By using practical device parameters, such devices can be fabricated and implemented in the near future. The book shows that interdisciplinary use of the proposed system can be made for many
applications, especially when the device is coated with a metallic material.
Preecha P. Yupapin received his PhD in electrical engineering from
City University of London in 1993. He was a postdoctoral research
fellow in 1994 under the European Community research project.
He has been working with the Department of Physics, Faculty of
Science, King Mongkut’s Institute of Technology Ladkrabang (KMITL),
Bangkok, since 1985. Prof. Yupapin has authored or coauthored more
than 530 research papers and 31 chapters and books. His research interests are
in nanophysics, nanoelectronics, nanocommunication and networks, molecular
electronics, nanomedicine and beauty, nanoenergy, quantum information, and
human engineering.
Keerayoot Srinuanjan received a bachelor’s in science (physics) from
Khon Kaen University, Khon Kaen, Thailand, in 1996 and a master’s in
science (applied physics) from KMITL, Bangkok, in 2004. He is a lecturer
of applied physics at the Department of Applied Physics, Faculty of
Science, KMITL. His research topics are fiber optics, nonlinear optics,
and quantum optics.
Surachart Kamoldilok received a bachelor’s in science (physics)
from Ramkhamhaeng University, Bangkok, in 1991 and a master’s
in science (applied physics) from KMITL, Bangkok, in 2001. He is a
lecturer of applied physics at the Department of Applied Physics,
Faculty of Science, KMITL. His research topics are quantum optics,
nonlinear optics, and nano-optics devices.
NANOPHOTONICS
Yupapin | Srinuanjan | Kamoldilok
ISBN 978-981-4364-36-2
V311
NANOPHOTONICS
DEVICES, CIRCUITS, AND SYSTEMS
Preecha P. Yupapin Keerayoot Srinuanjan Surachart Kamoldilok
“This book represents an extensive collection of the most updated studies about nanophotonics and its applications. This is an interesting work and an excellent reference for inspiring scientists and students, especially for those seeking inspiration from the most fascinating discoveries in the field of nanophotonics.”
Prof. Asghar Asgari
The University of Western Australia, Australia
Behaviors of light in small-scale optics or nano/micro-optical devices have shown promising results which can be useful for many fundamental and applied researches, especially in nanoelectronics. In this book, a new design of a small-scale optical device, a microring resonator, is proposed. Also presented is a design which can be used to generate forms of light on a chip, for applications such as optical spin, antennas, and whispering gallery modes. Most of the chapters use the proposed device made up of silica and InGaAsP/InP with a linear optical add-drop filter incorporating two nonlinear micro/nano rings on both sides of the center ring (add-drop filter). This configuration is known as a PANDA ring resonator. A light pulse, for instance Gaussian, bright, and dark solitons, is fed into the system through different ports such as the add port and the through port. By using practical device parameters, the simulation results are obtained using the OptiWave and MATLAB programs. Results obtained by both analytical and numerical methods show that many applications can be exploited. By using practical device parameters, such devices can be fabricated and implemented in the near future. The book shows that interdisciplinary use of the proposed system can be made for many
applications, especially when the device is coated with a metallic material.
Preecha P. Yupapin received his PhD in electrical engineering from
City University of London in 1993. He was a postdoctoral research
fellow in 1994 under the European Community research project.
He has been working with the Department of Physics, Faculty of
Science, King Mongkut’s Institute of Technology Ladkrabang (KMITL),
Bangkok, since 1985. Prof. Yupapin has authored or coauthored more
than 530 research papers and 31 chapters and books. His research interests are
in nanophysics, nanoelectronics, nanocommunication and networks, molecular
electronics, nanomedicine and beauty, nanoenergy, quantum information, and
human engineering.
Keerayoot Srinuanjan received a bachelor’s in science (physics) from
Khon Kaen University, Khon Kaen, Thailand, in 1996 and a master’s in
science (applied physics) from KMITL, Bangkok, in 2004. He is a lecturer
of applied physics at the Department of Applied Physics, Faculty of
Science, KMITL. His research topics are fiber optics, nonlinear optics,
and quantum optics.
Surachart Kamoldilok received a bachelor’s in science (physics)
from Ramkhamhaeng University, Bangkok, in 1991 and a master’s
in science (applied physics) from KMITL, Bangkok, in 2001. He is a
lecturer of applied physics at the Department of Applied Physics,
Faculty of Science, KMITL. His research topics are quantum optics,
nonlinear optics, and nano-optics devices.
NANOPHOTONICS
Yupapin | Srinuanjan | Kamoldilok