'Time reversal' presentation slideshows

FUTURE NEUTRINO FACILITIES alain.blondel@cern.ch

FUTURE NEUTRINO FACILITIES alain.blondel@cern.ch . Why future neutrino facilities ? Recently an american colleague having measured ? 13 was talking to hisfunding agency about a future neutrino project and was told :

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Accessing transversity via single spin (azimuthal) asymmetries

COMPASS workshop Paris, March 2004. Accessing transversity via single spin (azimuthal) asymmetries. Universality of T-odd effects in single spin and azimuthal asymmetries, D. Boer, PM and F. Pijlman, NP B667 (2003) 201-241; hep-ph/0303034. P.J. Mulders Vrije Universiteit Amsterdam

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Dark Matter

1.11k views • 53 slides

Anatoly V. Titov

Heavy-atom molecules as key objects to study nonconservation of time-reversal symmetry ( EDM of electron ). [qchem.pnpi.spb.ru]. PNPI QChem Group:. Anatoly V. Titov. A.N. Petrov, L . V . Skripnikov and N.S. Mosyagin. B.P. Konstantinov PNPI RAS, St.-Petersburg State University,

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CP violation: from quarks to leptons

626 views • 44 slides

Advanced Imaging Approaches for Detecting Obscured Objects

Advanced Imaging Approaches for Detecting Obscured Objects . Sermsak Jaruwatanadilok Sumit Roy Yasuo Kuga Department of Electrical Engineering, University of Washington, Seattle, WA. BSI, Bellevue, WA, Feb 26, 2009. Overview. Goal and concepts Assets and capabilities

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Review of lecture 5 and 6

Review of lecture 5 and 6. Quantum phase space distributions: Wigner distribution and Hussimi distribution . Eigenvalue statistics: Poisson and Wigner level spacing distribution functions; random matrix theory. Quantum phenomena. Quantum phenomena.

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States, operators and matrices

514 views • 34 slides

Quantum anomalous Hall effect (QAHE) and the quantum spin Hall effect (QSHE)

Quantum anomalous Hall effect (QAHE) and the quantum spin Hall effect (QSHE). Shoucheng Zhang, Stanford University. Les Houches, June 2006 . References:. Murakami, Nagaosa and Zhang, Science 301, 1348 (2003) Murakami, Nagaosa, Zhang, PRL 93, 156804 (2004)

2.47k views • 30 slides

Encounters with Oxides - Wins and Losses - Maurice Rice ETHZ & HKU - A Look back to

Encounters with Oxides - Wins and Losses - Maurice Rice ETHZ & HKU - A Look back to the Sixties - New Physics in Oxides High-T c Cuprate Oxides - The Big Surpise that continues Future Prospects. The CAT and the CREAM. A. B. Pippard.

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Effective Topological Field Theories in Condensed Matter Physics

Effective Topological Field Theories in Condensed Matter Physics.

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382 views • 25 slides

Discrete-time Signals

Discrete-time Signals. ELEC 423 Prof. Siripong Potisuk. Mathematical Representation. x [ n ] represents a DT signal, i.e., a sequence of numbers defined only at integer values of n (undefined for noninteger values of n ) Each number x [ n ] is called a sample

521 views • 22 slides

Signals and Systems Fall 2003 Lecture #10 7 October 2003

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Universality of TMD distribution functions

Universality of TMD distribution functions. Maarten Buffing , Asmita Mukherjee & Piet Mulders DIS 2013, Marseille April 24, 2013. m.g.a.buffing@vu.nl asmita@phy.iitb.ac.in mulders@few.vu.nl. Content. Overview of TMD correlators Transverse momentum weightings Formalism

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The TRI ?P programme at KVI Tests of the Standard Model at low energy

The TRI ?P programme at KVI Tests of the Standard Model at low energy. T rapped R adioactive I sotopes ? -laboratories for fundamental P hysics. Low energy tests e.g. Time reversal violation precision measurements Stable ? unstable nuclides nuclear & atomic physics

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Adaptive autocalibration of unknown transducer positions in time reversal imaging

Adaptive autocalibration of unknown transducer positions in time reversal imaging. Raghuram Rangarajan EE Systems University Of Michigan, Ann Arbor. Concept of time reversal. Equation invariant under time reversal i.e., if P(r,t) satisfies the above equation, so does P(r,-t) !

311 views • 16 slides

ES 400 Review

ES 400 Review. Continuous Time Signal. Goal: Use mathematics to analyze circuits and system. . Typical Process. Use math to describe signal Property of a system Frequency Analysis Techniques Fourier series (periodic signal) Fourier Transform (periodic/aperiodic signal)

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LECTURE 11: FOURIER TRANSFORM PROPERTIES

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Spin-Dependent Scattering From Gated Obstacles in Graphene Systems

Spin-Dependent Scattering From Gated Obstacles in Graphene Systems . M.M. Asmar & S.E. Ulloa Ohio University . Outline. Motivation The studied system and mathematical approach. Results and analysis. Conclusions . . Motivation .

221 views • 13 slides