PPT-Hemispherical Power Asymmetry

郭宗宽 昆明 2013112 anomalies in CMB map t he quadrupoleoctopole alignment p ower deficit at low l hemispherical asymmetry parity asymmetry the cold spot    . Svyryd and S Khotiaintsev Faculty of Engineering National Autonomous University of Mexico CU Mexico D F 04510 Tel 52 55 5622 3055 Fax 52 55 5616 1855 email vladimirskhotmailcom sergeikhhotmailcom Recibido el 27 de octubre de 2004 aceptado el 19 de m Significant facial asymmetry causes both functional as well as esthetic problems When patients complain of facial asymmetry the underlying cause should be investigated The etiology includes congenital disorders acquired diseases and traumat ic and d Lorentz Invariance . using . Compton Scattering. Prajwal T. Mohan Murthy. Massachusetts Institute of Technology. JLab. & . TUNL . Lorentz Invariance Program. Overview. 1. 2. 3. 4. 5. 6. Motivation. Asymmetry at ATLAS.  . The search for new physics in top – . antitop. production.. The . Matter at Hand:. Asymmetry in Eta in . Production.  . In particle colliders, tops and anti-tops emerge from collision events at some angle off the beam axis, typically parameterized in terms of . Germán Rodrigo. Workshop on Heavy Particles at the LHC, 5-7January 2011, Zürich. . The. top quark. The top quark. is the heaviest known elementary particle: . it. . plays a fundamental role in many extensions of the Standard Model (SM) / alternative mechanisms of EWSB. . Scott Croom. Julia Bryant. Joss Bland-Hawthorn. Disturbed Things Come in . small. packages. Jessica V. Bloom. Kinematics can uncover processes shaping galaxy evolution. Bloom et al., 2016 (submitted). Leptogenesis. University of Maryland. Department of Physics. Chang-Hun Lee. P.S. . Bhupal. Dev, C.-H. Lee, R.N. . Mohapatra. , . Phys.Rev. . D90 (2014) 9, . 095012. P.S. . Bhupal. Dev, C.-H. Lee, R.N. . A. symmetries of the . N. ucleon. E. xperiment. ( E07-003). . Proton Form Factor Ratio G. E. /G. M. from . Double Spin Asymmetry . with . Polarized Beam and Target. Anusha. . Liyanage. Users Meeting. Gołosz. Institute. of . Philosophy. Jagiellonian. University. The . Asymmetry of Time: Philosopher’s . Reflections. The research contained in this . talk. . has been supported by . Narodowe. Centrum . . . . Robert Michaels. . . . Jefferson Lab. . . . On Behalf . of . the HAPPEX . Collaboration. Acknowledgement: . . Talk prepared by Kai Pan (MIT graduate student). Jacob Beal. Social Concepts in Self-Adaptive and Self-Organising Systems. IEEE SASO. September, 2013. Asymmetry trades robustness for speed. Spanning Tree. Consensus. Laplacian. Consensus. O(diameter). A. Andreazza, I. Besana, A. Favareto, T. Lari, C. Troncon (Milano);. B. Acharya, M. Cobal, M. Pinamonti, K. Shaw, R. Souhalah (Udine);. Forward-backward/charge asymmetry in top events . U. De Sanctis (Udine) . Event tracking, luminosity monitors, and backgrounds. John Leacock. Virginia Tech. on behalf of the . Q. Weak. collaboration. Hall C Users Meeting. 23 January 2010. Q. W. eak. Event Tracking. Measure moments of Q. Bram, Matt and Keita. 20 Oct. 2011. LIGO-G1101254. TMS Telescope. Folded off-axis parabolic telescope. Primary – 9” diameter (228.6 mm). Front telescope aperture 8.5”. Secondary – 1.5” diameter (38.1 mm).