PPT-Development of STJ with FD-SOI cryogenic amplifier as a far-infrared single photon detector

17 th International workshop on Low Temperature d Detectors LTD17 Jul 1721 2017 Kurume City Plaza Kurume Yuji Takeuchi Univ of Tsukuba S HKim TIida KTakemasa . Elizabeth Goldschmidt. JQI tutorial . July 16, 2013. What is light?. 17. th. -19. th. century. – . particle. : Corpuscular theory (Newton) dominates over wave theory (Huygens).. 19th century. – . of Plastic Scintillator. Oct. 2, 2009. IP-BSM Group. 1. Schematic . Drawing . of. new Gamma Detector. 2. sandwich type calorimeter. SUS and plastic scintillation plate. wavelength-shifting fiber (WLSF) for light transmission. with GEM/. μ. PIC. . Hiroyuki Sekiya ICRR, University of Tokyo. E-mail: sekiya@icrr.u-tokyo.ac.jp. Abstract. :. We are developing a new photon detector with gas amplification devices. A semitransparent CsI photocathode is combined with 10cm×10cm GEM/μPIC for the first prototype which is aimed for the large liquid Xe detectors. Using Ar+C. LichtQuanten. to Wheeler’s delayed choice experiment: . wave-particle duality brought to light. Alain . Aspect , . Institut. . d’Optique. , . Palaiseau. , France. Sao Carlos . June. 3, 2011. 2. Experience in Space Programs. . Uldis Stirna, Ugis Cabulis, Anda Fridrihsone. Latvian State Institute of Wood Chemistry. . Workshop „Hydrogen and Fuel Cells in Research and Application. ”. , Oct.4-5, 2012, Riga. Shanshan. . Xu. , Eden . Rephaeli. Department of Electrical Engineering . Ginzton. Laboratory. Stanford University. Theoretical formalism for multi-photon quantum transport in . nanophotonic. structures. Here be dragons. Margaret Hawton Lakehead University. Thunder Bay, Canada. Introduction. In standard quantum mechanics a measurement is associated with an operator and collapse to one of its eigenvectors. For the position observable this requires. Here be dragons. Margaret Hawton Lakehead University. Thunder Bay, Canada. Introduction. In standard quantum mechanics a measurement is associated with an operator and collapse to one of its eigenvectors. For the position observable this requires. Makarov, . Qin Liu. , . Ilja. . Gerhardt, . Antía. Lamas-Linares, Christian . Kurtsiefer. Sebastien Sauge. , Andrei . Anisimov. . . How you can . build. an . eavesdropper. for a . quantum cryptosystem. Saptarshi Chaudhuri. , Dale Li, Kent Irwin, Clint . Bockstiegel. , Johannes . Hubmayr. , Joel . Ullom. , Michael . Vissers. , . Jiansong. Gao. July 20, 2017. 1. TES, MKID benefit from quantum-limited amplifier. single-photon . detectors . Robert Hadfield. Heriot-Watt University, Edinburgh, UK. Chandra . Mouli. . Natarajan. , . Mike Tanner, John O’Connor . Heriot-Watt . University, UK. Burm. . Baek. , . Ruqayyah Askar. PHYS 689 . April 27, 2018. Outline. Introduction. General principles. Historical overview. Types of IR . detectors. Current IR . technologies. Parameters of IR Detectors. Emerging . Technologies. Elizabeth Goldschmidt. JQI tutorial . July 16, 2013. What is light?. 17. th. -19. th. century. – . particle. : Corpuscular theory (Newton) dominates over wave theory (Huygens).. 19th century. – . –. . COBAND. . Experiment –. Continuous. . Spectra. l. . Measurement. . in Far-Infrared Region using STJ. Shin-Hong Kim. 　. （. University of Tsukuba, . TCHoU. ）. for COBAND collaboration.