'Optical cavity' diaporamas de présentation

Valery Telnov Budker INP, Novosibirsk LC-ECFA-2013, DESY, May 28

Photon collider Higgs Factories. Valery Telnov Budker INP, Novosibirsk LC-ECFA-2013, DESY, May 28. The discovery of the Higgs boson have triggered appearance of many proposals of Higgs factories for precision measurement of the Higgs properties.

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Engineering Atom Chips Michael Kraft

Engineering Atom Chips Michael Kraft. Nano-Scale Systems Integration Group School of Electronics and Computer Science Southampton University. Overview. What are Atom Chips? Building Blocks of Atom Chips Wires Cavities Actuators Atom Chips Examples Conclusions.

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Engineering Atom Chips Michael Kraft

Engineering Atom Chips Michael Kraft. Nano-Scale Systems Integration Group School of Electronics and Computer Science Southampton University. Overview. What are Atom Chips? Building Blocks of Atom Chips Wires Cavities Actuators Atom Chips Examples Conclusions.

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Optical Stacking Cavity for ILC Compton e + source

Optical Stacking Cavity for ILC Compton e + source. Tsunehiko OMORI (KEK). FJPPL2007 @KEK 10/May/2007. FJPPL optical cavity Compton collaboration. France. Japan. F. Zomer (LAL) A. Variola (LAL) V. Soskov (LAL) M. Jacquet (LAL) A. Vivoli (LAL) R. Chiche (LAL) R. Cizeron (LAL)

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PIP Linac Laser Notcher Overview & Plans

DRAFT. PIP Linac Laser Notcher Overview & Plans. David Johnson Todd Johnson, Kevin Duel, Fred Mach August 5, 2014. PIP Linac Laser Notcher System Installation Readiness Review. Topics. Notcher System Description What we are doing in September & why Jean-Paul and Kevin Presentations

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The Nobel Prize in Physics 2012

The Nobel Prize in Physics 2012. Serge Haroche. David J. Wineland. Prize motivation: "for ground-breaking experimental methods that enable measuring and manipulation of individual quantum systems". The Nobel Prize in Physics 2012. BCIT.

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PIP Linac Laser Notcher Overview & Plans

DRAFT. PIP Linac Laser Notcher Overview & Plans. David Johnson Todd Johnson, Kevin Duel, Fred Mach August 5, 2014. PIP Linac Laser Notcher System Installation Readiness Review. Topics. Notcher System Description What we are doing in September & why Jean-Paul and Kevin Presentations

566 views • 43 slides

Wave function V ideo C amera: Cavity-assisted monitoring of a complex quantum system dynamics

Wave function V ideo C amera: Cavity-assisted monitoring of a complex quantum system dynamics. Alireza Shabani, Jan Roden , Birgitta Whaley Chemistry Department, UC-Berkeley. KITP - Jan 2013. OUTLINE: Motivation: c ircuit QED and n onlinear s pectroscopy

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Polarized Positron Source using Backward Compton Scattering

Polarized Positron Source using Backward Compton Scattering. Tohru Takahashi Hiroshima University ???? ????. 2007/11/5. Why polarized positrons. electrons are polarized,,,,,, ? choose helicity of its counter part. if unpolarized e+. a half of the beam is thrown away.

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Overview of enhancement cavity work at LAL/ Orsay

Overview of enhancement cavity work at LAL/ Orsay. INTRO: Optical cavity developments at LAL Results on optical cavity in picosecond regime Polarised positron source R&D effort Developments for compact Compton X-ray source ( ThomX ).

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?? Technology Summary A. Finch

?? Technology Summary A. Finch. The Gamma Gamma Planners Group Laser Cavity Crossing Angle / Backgrounds Damping ring Final Thoughts. At the International Workshop on High Energy Photon Linear Colliders . 5-8 September 2005, Kazimierz Dolny, Poland .

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X-ray light source by inverse Compton scattering of CSR

X-ray light source by inverse Compton scattering of CSR. FLS2012 2012. Mar. 6 Miho Shimada High Energy Research Accelerator Organization, KEK. Inverse Compton scattering of CSR ? CSR-ICS ?. Hard X-ray and gamma-ray of laser Compton scattering is planned at the Compact ERL. .

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Budker INP, Novosibirsk, Russia

Budker INP, Novosibirsk, Russia. Electronic modulation of the FEL-oscillator radiation power driven by ERL. Presented by O.A. Shevchenko, BINP. Budker INP, Novosibirsk, Russia. Outline. Motivation Possible approaches to FEL power modulation

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wmi.badw.de/SFB631/tps/dipoletrap_and_cavity.jpg

http://www.quantumoptics.ethz.ch/. Cavity QED. http://www2.nict.go.jp/. http://www.wmi.badw.de/SFB631/tps/dipoletrap_and_cavity.jpg. http://qist.lanl.gov/qcomp_map.shtml. Qubits: single atoms or ions (also, artificial atoms).

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Semiconductor Lasers: Infrared to Blue Devices

Semiconductor Lasers: Infrared to Blue Devices. Jim Guido. Origins . Semiconductor lasers have existed for about 40 years. First demonstrated by Robert N. Hall at General Electric in 1962. Motivation. Semiconductor lasers have a wide range of useful applications.

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talks in LEI as of 2007/11/10 Dec 12-14 Workshop on Laser-Electron Interaction toward the ILC

talks in LEI as of 2007/11/10 Dec 12-14 Workshop on Laser-Electron Interaction toward the ILC http://home.hiroshima-u.ac.jp/lei2007/ 1) Review session Dec 12 Physics of photon collider Maria Krawczyk Technical issues of photon collider Valery Telnov Recent status of laser technology

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NO 2 INTERCOMPARISON AT THE EUPHORE SIMULATION CHAMBERS DURING THE FIONA CAMPAIGN

EUROCHAMP. 2. Exp. 18.05.2010: m-nitrite, isopropyl nitrate * 1. Exp. 20.05.2010: isoprene, a-pinene. Exp. 24.05.2010: t-buthylnitrite * 2. NO 2 INTERCOMPARISON AT THE EUPHORE SIMULATION CHAMBERS DURING THE FIONA CAMPAIGN.

109 views • 1 slides