'Linear optics' presentation slideshows

J. Eisert

Optimizing linear optics quantum gates. J. Eisert. University of Potsdam, Germany. Entanglement and transfer of quantum information Cambridge, September 2004 . Quantum computation with linear optics. Effective non-linearities.

1.24k views • 100 slides

Chapter 8 NONLINEAR OPTICS

Chapter 8 NONLINEAR OPTICS. Question: Is it possible to change the color of a monochromatic light?. NLO sample. output. input. Answer: Not without a laser light. Nicolaas Bloembergen

1.19k views • 50 slides

LHC Commissioning Phases

LHC Commissioning Phases. Detailed Measurements at 450 GeV presented by Frank Zimmermann on behalf of the LHCCWG Particular thanks to Stefano Redaelli , Massimo Giovannozzi , the EICs, Roger Bailey, Stephane Fartoukh, Brennan Goddard, Rhodri Jones, Verena Kain, Mike Lamont,

385 views • 31 slides

Tevatron Modeling and Beam-Beam Simulations

Tevatron Modeling and Beam-Beam Simulations. Alexander Valishev DOE Tevatron Operations Review March 27, 2007. Outline. Linear optics model Orbit Response Analysis Turn-By-Turn Beam-Beam effects Improved Collision Helix Luminosity evolution model Weak-strong simulations

468 views • 30 slides

394 views • 27 slides

Summary Report: Working Group 2 Storage Ring Sources Future Light Source Workshop

Summary Report: Working Group 2 Storage Ring Sources Future Light Source Workshop SLAC, March 1-5, 2010 S. Krinsky and R. Hettel. Sessions. Low Emittance Ring Design --Y. Cai Novel Concepts --D. Robin Experience From Existing Rings --J. Safranek

379 views • 27 slides

Orbit control and low emittance operation at Diamond

Orbit control and low emittance operation at Diamond. R. Bartolini Diamond Light Source Ltd John Adams Institute, University of Oxford. Low Emittance Rings Workshop CERN, 13 January 2010. Introduction to Diamond Orbit and linear optics control Coupling and small V emittance

418 views • 24 slides

Modelling experience at Diamond

Modelling experience at Diamond. R. Bartolini Diamond Light Source Ltd and John Adams Institute, University of Oxford. OMCM Workshop, 20 th June 2011, CERN. Introduction to the diamond storage ring Modelling and correcting the linear optics

356 views • 22 slides

The Computational Complexity of Linear Optics

Barriers in Quantum Computing (And How to Smash Them Through Closer Interactions Between Classical and Quantum CS) Day.

297 views • 22 slides

The Computational Complexity of Linear Optics

The Computational Complexity of Linear Optics. vs. Scott Aaronson and Alex Arkhipov MIT. The Extended Church-Turing Thesis (ECT) Everything feasibly computable in the physical world is feasibly computable by a (probabilistic) Turing machine.

325 views • 20 slides

New Evidence That Quantum Mechanics Is Hard to Simulate on Classical Computers

New Evidence That Quantum Mechanics Is Hard to Simulate on Classical Computers. . Scott Aaronson (MIT) Joint work with Alex Arkhipov. Computer Scientist / Physicist Nonaggression Pact. You tolerate these complexity classes: P NP BPP BQP #P PH. And I don’t inflict these on you:

306 views • 19 slides

317 views • 18 slides

BosonSampling

BosonSampling. Scott Aaronson (MIT) Talk at SITP, February 21, 2014. The Extended Church-Turing Thesis (ECT) Everything feasibly computable in the physical world is feasibly computable by a (probabilistic) Turing machine.

511 views • 16 slides

BosonSampling

BosonSampling. Scott Aaronson (MIT) Talk at SITP, February 21, 2014. The Extended Church-Turing Thesis (ECT) Everything feasibly computable in the physical world is feasibly computable by a (probabilistic) Turing machine.

247 views • 16 slides

eFFAG design study

eFFAG design study. YUASA, Yoshimasa Working Group 3. Collaborators. NHVC Baba, Yuasa, Takahashi MELCO Nagayama, Tanaka, Ishi MHI Yoshida KEK Kurokawa, Mori, Taki, Win, Yonemura Hiroshima Univ. Okabe. Motivation. Sterilization 10MeV electron accelerator IBA Rhodtron

226 views • 14 slides

Storage Ring Commissioning

Storage Ring Commissioning. Samuel Krinsky-Accelerator Physics Group Leader NSLS-II ASAC Meeting October 14-15, 2010. Commissioning Schedule. Commissioning Organization. Commissioning Task Forces. Commissioning work organized in task forces

346 views • 14 slides

Femto-second Measurements of Semiconductor Laser Diodes David Baxter

Femto-second Measurements of Semiconductor Laser Diodes David Baxter. Summary What are diode and ultrafast lasers? How do we measure with fs resolution? Why measure in the fs time scale?. InP (p). Metal. InP (n). Trench. InP (p). Active region. InP (n). What Are Diode Lasers?.

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beam measurement programme in 2007

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151 views • 1 slides