PPT-Non-classical light and photon statistics

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 . Chunhui. . Yao. 1. . Bin . Wang. 1. Bin Chan. 2. . Junhai. Yong. 1. Jean-Claude Paul. 3,1. 1 . Tsinghua University, China . 2 . The . University of Hong . Kong, China . Our GPU Photon Tracing Pipeline. 5/153. Our GPU Photon Tracing Pipeline. Depth Peeling. Line Rasterization. Our GPU Photon Tracing Pipeline. Depth Peeling. Line Rasterization. Sprite Rendering. Ray/Scene Intersections. with forward detectors. Beata Krupa , . Leszek Zawiejski. Institute of Nuclear Physics . Polish Academy of Sciences. 22nd FCAL Collaboration Workshop. 29 . . April 2013, Cracow. Two-photon processes – a powerful tool. Introduction- quantum physics. Particles. of light . . PHOTONS. The photoelectric effect. Photocells & intrusion detection devices. The Bohr atom. emission & absorption of radiation. LASERS. queezing . as a R. esource . for . Quantum . I. nformation. Avi . Pe’er. (Yaakov . Shaked. , . Yoad. Michael, Rafi . Vered. , Shai . Yefet. , . Michael . Rosenbluh. ). Physics Dept. and BINA center for nanotechnology, Bar . Introduction- quantum physics. Particles. of light . . PHOTONS. The photoelectric effect. Photocells & intrusion detection devices. The Bohr atom. emission & absorption of radiation. LASERS. Extraction. : . the key physics for approaching . solar cell efficiency limits. Owen Miller*: Post-doc, MIT Math. Eli . Yablonovitch. : UC Berkeley, LBNL. *Currently working with Steven Johnson @MIT. Introduction- quantum physics. Particles. of light . . PHOTONS. The photoelectric effect. Photocells & intrusion detection devices. The Bohr atom. emission & absorption of radiation. LASERS. (for MC11 official production). ALPGEN can generate W + 2 photons + 0-4 jets. (weighted events in first step, . unweighted. in second, with some associated efficiency). PYTHIA or HERWIG then does showering with “MLM . Undulator. Adriana Bungau. The University of Manchester. Positron Source Meeting, July 2008. Content. Introduction. Photon collimator design. Photon absorption. Production of secondary particles. Introduction- quantum physics. Particles. of light . . PHOTONS. The photoelectric effect. Photocells & intrusion detection devices. The Bohr atom. emission & absorption of radiation. LASERS. M.Uslenghi. IASF-Milano. Firenze, 29/9/2017. METIS Calibration Workshop. Photon counting overview. METIS Calibration Workshop, Florence, 29/09/2017. M.Uslenghi - UV Photon Counting. 2. intensifier: HV set to 1000/6000 V. ionization of . Heium. M. Ya. Amusia. 1. , . 2. , E. G. Drukarev . 1,3. , E. Z. Liverts . 1. 1. ). Racah. Institute, Hebrew University, Jerusalem. 2. ). Physical-Technical. Institute, St. Petersburg. As the temperature increases the color shifts from . Red. to . Blue.. Blackbody Radiation. Blackbody Radiation Spectrum. Visible Light: ~0.4. m. m to 0.7. m. m. Blackbody Radiation:. First evidence for Q.M..