Development of Superconducting Tunnel Junction Detectors As a Far-Infrared Photon-by-photon Spectrometer for Neutrino Decay Search.

Yuji Takeuchi,Shin-Hong Kim,Kenichi Takemasa,Kenji Kiuchi,Kazuki Nagata,Kota Kasahara,Takuya Okudaira, Tatsuya Ichimura, Masahiro Kanamaru, Kouya Moriuchi,Ren Senzaki,Shunsuke Yagi,Hirokazu Ikeda,Shuji Matsuura,Takehiko Wada,Takuo Yoshida, Shota Komura, Keisuke Orikasa, Ryuta Hirose,Yukihiro Kato,Masashi Hazumi,Yasuo Arai,Shigetomo Shiki,Masahiro Ukibe,Go Fujii,Tetsuya Adachi,Masataka Ohkubo,Erik Ramberg,Jonghee Yoo,Mark Kozlovsky,Paul Rubinov,Dmitri Sergatskov,Hirokazu Ishino,Atsuko Kibayashi,Satoru Mima,Soo-Bong Kim

Proceedings of Technology and Instrumentation in Particle Physics 2014 — PoS(TIPP2014)（2015）

Cited 2|Views23

Key words

hafnium small gap energy,photon wavelength spectrum,pixel array,Nb/Al-STJ pixel,diffraction grating,edge structure,signal-to-noise ratio,high energy resolution,photon-by-photon detection,zodiacal emission,cosmic infrared background,far-infrared region,sharp edge,photon energy spectrum,cosmic neutrino background,radiative decay,neutrino decay search,far-infrared photon-by-photon spectrometer,superconducting tunnel junction detectors

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