A hybrid plasmonic waveguide device was designed using a trench structure. This
waveguide device was designed to improve the affinity of plasmonic devices with optical …

We experimentally confirm self-imaging induced by multi-mode interference of plasmon
polaritons in a channel waveguide at visible wavelengths. A designed plasmonic channel …

We designed plasmonic Bragg gratings based on a plasmonic trench waveguide and
calculated the characteristics of the designed structure. Conventional plasmonic Bragg …

We have numerically evaluated wavelength characteristics at telecommunication
wavelengths by means of a doubleplasmonic-racetrack resonator using the finite-difference …

We have presented a strain-sensing device in microscale by using surface plasmon
polaritons and multimode interference effects. The device is numerically investigated by the …

Photonic devices used in photonic integrated circuits are very important to understand high
performance devices. To increase reliability of these devices, temperature characteristics of …

The authors present a nano-plasmonic disk resonator with a gap structure using the multi-
mode interference effect coupling. The coupling intensity of the multi-mode interference …

The authors present a sensing device for detecting refractive index changes by using a
plasmonic resonator. The detection performance of the device has been numerically …

17a-P12-13 Page 1 ギャップ構造を用いたナノプラズモン共振器の結合効率改善 Improvement of
coupling efficiency for nano plasmonic resonators with a gap structure 阿南高専 1,香川大工 …

29a-PA3-15 Page 1 ギャップ構造を用いたナノリングプラズモニック共振器の評価 Evaluation of
nano-ring plasmonic resonators with a gap structure 阿南高専 1,香川大工 2,徳島大院 3 ○岡本 …