Session information

Regular sessions(Poster presentation)

04. Quantum Electronics » 4.2 Photonic nonostructures and phenomena

[29p-PA7-1~20] 4.2 Photonic nonostructures and phenomena

Fri. Mar 29, 2013 4:00 PM - 6:00 PM PA7 (1st gymnasium)

Poster Session 16:00〜18:00(PA)

△：Young Scientist Oral Presentation Award Applied
▲：English Presentation
▼：Both Award Applied and English Presentation

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[29p-PA7-1] A Consideration on Adiabatic Wavelength Conversion and Cross Phase Modulation

^○Keisuke Kondo¹, Toshihiko Baba¹ (Yokohama National Univ.¹)

[29p-PA7-2] Dynamic Thermal Emission Control

^○Menaka De Zoysa¹, Takashi Asano¹, Takuya Inoue¹, Takanori Kojima¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-3] ▲Efficient coupling of plasmonic waveguide with dielectric waveguide

^○Hao Xu¹, Hideaki Taniyama^1,2, Kengo Nozaki^1,2, Masaaki Ono^1,2, Masaya Notomi^1,2 (NTT Basic Research Laboratories¹, NPC²)

[29p-PA7-4] Optical Resonant Cavity using Coupling Structure in ArrayedWaveguide

^○Hideaki Okayama¹, Nozomu Fujiwara², Hiroyuki Irikawa², Takashi Ooka², Hirochika Nakajima² (OKI¹, Waseda Univ.²)

[29p-PA7-5] Control of optical responses in InAs quantum dots using the Purcell effects in a photonic crystal waveguide

^○Hayato Yoneda¹, Takayuki Umakoshi¹, Nobuhiko Ozaki¹, Hisaya Oda², Naoki Ikeda³, Yoshimasa Sugimoto³, Kiyoshi Asakawa⁴ (Wakayama Univ.¹, Chitose Inst. of Sci. & Tech.², NIMS³, Tsukuba Univ.⁴)

[29p-PA7-6] △Four-Wave Mixing in Silica-Clad Photonic Crystal Slow Light Waveguide

^○Masanori Moro¹, Mizuki Shinkawa¹, Toshihiko Baba¹ (Yokohama Nat'l Univ.¹)

[29p-PA7-7] High-Q design of Ln multi-point-defect nanocavity and its experimental optimization

^○Eiichi Kuramochi^1,2, Kengo Nozaki^1,2, Akihiko Shinya^1,2, Hideaki Taniyama^1,2, Koji Takeda^1,3, Tomonari Sato^1,3, Shinji Matsuo^1,3, Masaya Notomi^1,2 (NTT NPC¹, NTT BRL², NTT PH Labs.³)

[29p-PA7-8] Theoretical investigation on the control of modal volume of photonic crystal nanocavity

^○Kazuhisa Hikoyama¹, Kazunobu Kojima¹, Takashi Asano¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-9] Investigation of Origin of Q-factor of Photonic Crystal Heterostructure Nanocavity

Hiroshi Sekoguchi¹, Yasushi Takahashi², ^○Takashi Asano¹, Susumu Noda¹ (Kyoto Univ.¹, Osaka Pref. Univ.²)

[29p-PA7-10] Analysis of light coupling between cavity and waveguide in photonic crystal

^○（M1）Ayano Tanaka¹, Masato Morifuji¹, Masahiko Kondow¹ (Graduate School of Engineering, Osaka Univ.¹)

[29p-PA7-11] Adiabatic Energy Transfer from a QD to a Distant Nanocavity

^○Ryotaro Konoike¹, Yoshiya Sato¹, Yoshinori Tanaka¹, Takashi Asano¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-12] Fourier space analysis of dielectric distribution in photovoltaic devices with modified photonic crystal structure

^○Yoshinori Tanaka¹, Yousuke Kawamoto¹, Ardavan Oskooi¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-13] △Investigation of narrowband thermal emitters based on metallic nano-structure

^○（B）Kouhei Hashimoto¹, Tatsuya Shibahara¹, Menaka De Zoysa¹, Takuya Inoue¹, Takashi Asano¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-14] Second harmonic generation in a SiC-based photonic crystal nanocavity

^○Seung-Woo Jeon¹, Shota Yamada¹, Bong-Shik Song^{1, 2}, Takashi Asano¹, Yoshinori Tanaka¹, Susumu Noda¹ (Kyoto Univ.¹, Sungkyunkwan Univ.²)

[29p-PA7-15] Coupled-wave analysis for photonic-crystal surface-emitting lasers (X) ?Above-threshold analysis?

^○Yong Liang¹, Kenji Ishizaki¹, Tsuyoshi Okino¹, Kyoko Kitamura¹, Yoshinori Tanaka¹, Masaya Nishimoto¹, Susumu Noda¹ (Kyoto Univ.¹)

[29p-PA7-16] Searching high-Q/V mode profile using optimization algorithm

^○Akihiro Fushimi¹, Takasumi Tanabe¹ (Keio Univ.¹)

[29p-PA7-17] Analysis of Acousto-optic Devices with Phononic Crystals by 3D Finite Element Method

^○（M2）Masao Aasano¹, Satoshi Iwamoto^1,2, Yasuhiko Arakawa^1,2 (IIS¹, NanoQuine²)

[29p-PA7-18] Resonance characteristics of 1D photonic crystal micro-cavity embedded in a 2D photonic crystal waveguide

^○Tomohiro Fujii¹, Xuejul Xu¹, Takuya Maruizumi¹, Yasuhiro Shiraki¹ (Tokyo City Univ.¹)

[29p-PA7-19] △Investigation of the electric field enhancement generated by focused radially polarized beam

^○Kyoko Kitamura^{1, 2}, Susumu Noda² (Kyoto Univ.¹, Kyoto Univ.²)

[29p-PA7-20] Design of a L3 photonic crystal nanocavity with high Q and high coupling efficiency

^○Hiroyuki Takagi¹, Yasutomo Ota², Satoshi Iwamoto^1,2, Yasuhiko Arakawa^1,2 (IIS, Univ. of Tokyo¹, NanoQuine, Univ. of Tokyo²)

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