PPT-Colliding the Highest Brilliance Photon beam with the Highest Luminosity Hadron beam

phase space density small emittance vs low efficiency small cross section Hybridization a machine developed for applied physics FEL joined to a machine developed for fundamental research LHC . Outline:. Motivation and Target Precision. Methods . 2010 Results. 2011 Requests & Strategy. High-. b . Experiments. S. White . LHC Performance Workshop. Chamonix, 27 January 2011. Acknowledgments: participants of the . the present status and future. T.Takahashi. KEK/J-PARC Center. Contents. Brief Introduction of J-PARC. Hadron Facility . Results of Commissioning and Physics Programs at each beamline. K1.8. /K1.8BR/K1.1BR. Frank Zimmermann. HL-LHC/LIU brainstorming . Jiva. Hill, 24 June 2011. n. o beam-beam limit . l. imit on total beam current in LHC [& SPS] . due to several systems (RF, dump, vacuum, collimator robustness, machine protection, RP, …) at ultimate value. IR optics. José L. Abelleira, PhD candidate EPFL, CERN BE-ABP. Supervised by F. Zimmermann, CERN Beams dep.. Thanks to: . O.Domínguez. . S . Russenchuck. , . D.Shatilov. , M.. . Zobov. CERN, 22. th. Outline:. Motivation and Target Precision. Methods . 2010 Results. 2011 Requests & Strategy. High-. b . Experiments. S. White . LHC Performance Workshop. Chamonix, 27 January 2011. Acknowledgments: participants of the . K. Ozawa (KEK). Contents. Charmed baryon spectroscopy. New experiment at J-PARC. On-going Joint Project. Joint project between J-PARC theory center, KEK, and RCNP. . Proposing construction of new high-momentum high-resolution beam line. conditions. F. Antoniou, . M. . Hostettler, . Y. Papaphilippou. , . S.Papadopoulou. ,. . G. . Papotti. . . Acknowledgements: . Beam-Beam . and Luminosity studies working group, G. . Arduini. , G. . J. ü. rgen Pfingstner. 3. rd. September 2015. Content. Introduction. Beam physics. Photon production. Photon science. Poster session. Conclusions. 1. Introduction. Free electron laser conference 2015. Frank Zimmermann. HL-LHC/LIU brainstorming . Jiva. Hill, 24 June 2011. n. o beam-beam limit . l. imit on total beam current in LHC [& SPS] . due to several systems (RF, dump, vacuum, collimator robustness, machine protection, RP, …) at ultimate value. Bunch currentBeam energyRepetition frequency Number of bunches 4 per beamHorizontal emittanceVertical emittanceMax luminosity2 BEAM DIAGNOSTICSThe BEUV telescopes detect the synchrotron light emit-te Bunch currentBeam energyRepetition frequency Number of bunches 4 per beamHorizontal emittanceVertical emittanceMax luminosity2 BEAM DIAGNOSTICSThe BEUV telescopes detect the synchrotron light emit-te Raiymbekov. Y. A.. MOTIVATION. GOAL:. Make good observation of Luminosity dependence on machine parameters for CLIC at 3 . TeV. using . Guinea-Pig simulations. Luminosity spectrum. - . Scanning. Patient. X-Ray beam. X-Ray detector. Intensity. measurements. Computer. Memory. Scanning. X-ray tube & detectors rotate around patient. (All recent scanners). Detectors measure radiation transmitted through patient for various pencil beam projections. Beam-Beam Effects in circular colliders, . 5-7 February . 2018, LBNL . 2. D. Pellegrini. For:. . F. . Antoniou, G. Arduini, . S. . . Fartoukh. ,. G. . Iadarola, N. Karastathis. , S. . . Papadopoulou.