'Finite size' presentation slideshows

Topological Defect Formation and Dynamics in Ion Coulomb Crystals

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SPACE LATTICES

880 views • 56 slides

Phys. Rev. Lett. 100, 187001 (2008)

Finite size effects in superconducting grains: from theory to experiments. Antonio M. Garc í a- Garc í a. Phys. Rev. Lett. 100, 187001 (2008). Sangita Bose, Tata, Max Planck Stuttgart. arXiv:0911.1559. Yuzbashyan Rutgers. Altshuler Columbia. Nature Materials 2768, May 2010.

674 views • 51 slides

Light Hadron Spectrum and Pseudoscalar Decay Constants with 2+1f DWF at L s = 8

Light Hadron Spectrum and Pseudoscalar Decay Constants with 2+1f DWF at L s = 8. D.J. Antonio, K.C. Bowler, P.A. Boyle, M.A. Clark, B. Joo, A.D. Kennedy, R.D. Kenway, R.J. Tweedie, A. Yamaguchi. Robert Tweedie RBC-UKQCD Collaboration. Contents. Actions Datasets from QCDOC Residual mass

527 views • 45 slides

LeanCP: Terascale Car-Parrinello ab initio molecular dynamics using charm++

LeanCP: Terascale Car-Parrinello ab initio molecular dynamics using charm++. Application Team Glenn J. Martyna, Physical Sciences Division, IBM Research Jason Crain, School of Physics, Edinburgh University Susan Allison, School of Physics, Edinburgh University

515 views • 41 slides

Inter-Process Communication: Message Passing

577 views • 40 slides

ChE 551 Lecture 19

ChE 551 Lecture 19 . Transition State Theory Revisited. Last Time We Discussed Advanced Collision Theory:. Method Use molecular dynamics to simulate the collisions Integrate using statistical mechanics. (8.20). Summary:.

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CDA 5155

Week 4 Branch Prediction. CDA 5155. M U X. +. +. A L U. target. eq?. M U X. 1. REG file. M U X. PC. Inst mem. Data memory. M U X. sign ext. bpc. target. Control. IF/ ID. ID/ EX. EX/ Mem. Mem/ WB. beq. Branch Target Buffer. Fetch PC. Send PC to BTB.

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Scaling and Universality near the Superfluid Transition of 4 He in Restricted Geometries

Scaling and Universality near the Superfluid Transition of 4 He in Restricted Geometries. In collaboration with Edgar Genio, Daniel Murphy, and Tahar Aouaroun Department of Physics and iQUEST, University of California, Santa Barbara Feng-Chuan Liu and Yuan-Ming Liu

416 views • 31 slides

End-to-End (Transport) Protocols

End-to-End (Transport) Protocols. Underlying best-effort network. drops messages re-orders messages delivers duplicate copies of a given message limits messages to some finite size delivers messages after an arbitrarily long delay. Common end-to-end services. guarantee message delivery

451 views • 29 slides

New York Times

New York Times. Complex systems. Made of many non-identical elements connected by diverse interactions. NETWORK. Slides: thanks to A-L Barabasi. (Internet?) Big Ideas (3). Structure in complex networks. Connect with probability p.

473 views • 27 slides

Twentieth Century Thinking about Science

Twentieth Century Thinking about Science. Revolutions and Progress. Three Developments.

445 views • 25 slides

Locating critical point of QCD phase transition by finite-size scaling

Locating critical point of QCD phase transition by finite-size scaling. Chen Lizhu 1 , X.S. Chen 2 , Wu Yuanfang 1 1 IOPP, Huazhong Normal University, Wuhan, China 2 ITP, Chinese Academy of Sciences, Beijing 100190, China.

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Chapter 23

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Chen Lizhu 1 , Shao Ming 2 , X.S. Chen 3 , Wu Yuanfang 1

Finite-size behavior of critical related observables at RHIC. Chen Lizhu 1 , Shao Ming 2 , X.S. Chen 3 , Wu Yuanfang 1 1 IOPP, Central China Normal University (CCNU), Wuhan, China 2 University of Science and technology of China, Hefei, Anhui , China

381 views • 20 slides

TCP Sliding Windows, Flow Control, and Congestion Control

1.22k views • 19 slides

Boyle's Law

363 views • 14 slides

Solute Effect

342 views • 10 slides

??? 2013-4-24

Topological superconductor to Anderson localization transition in one-dimensional incommensurate lattices. ??? 2013-4-24. 1D hybrid superconductor-semiconductor quantum wires. SOC+ Zeeman field + S-wave pairing. ???.

291 views • 9 slides

Review: Relational Observables in Quantum Gravity

Review: Relational Observables in Quantum Gravity. Donald Marolf UCSB May 23, 2007. Classical gravity is non-local?. 1. Diffeomorphism Invariance means no local observables: E.g., df = f, m x m . 2. Constraints! E.g., can measure H at boundary.

270 views • 8 slides