PDF-Decays and Scattering

Decay RatesThere are THREE experimental probes of Elementary Particle Interactionsbound statesdecay of particles scattering of particles Decay of a particleis of course a statistical processrepresente. Thomas Latham. University of Warwick. Not so charmless…. Charmless B decays have many great features. Several contributing (and interfering) diagrams. Potential to measure all 3 UT angles. Potential for direct CP violation. Claudia Tambasco, Belen Salvachua, Stefano . R. edaelli, . Roderik Bruce, Daniele . Mirarchi. Collimation Working Group 31/03/2014 . Acknowledgements. Thanks to whole the collimation team. , in particular to . Nanoparticle. Dispersions”. By. : PD Dr. Wolfgang . Schaertl. Institut für Physikalische Chemie, Universität Mainz, . Welderweg. 11, 55099 Mainz, Germany. schaertl@uni-mainz.de. Parts from the new book of the same title, published by Springer in July 2007. Absolute Dating. Calculating the age of rocks, fossils, or strata in years.. Gives a numerical value.. Example: A rock is found to have an absolute age of 300 million years. . Radiometric Dating. Radiometric dating uses radioactive decay of minerals in rocks and fossils to determine a rock or fossil’s absolute age. . Thomas Latham. University of Warwick. Not so charmless…. Charmless B decays have many great features. Several contributing (and interfering) diagrams. Potential to measure all 3 UT angles. Potential for direct CP violation. ON SPHERES . METAMATERIAL CLOAK. Emanuela Ene. Oklahoma State University. 1. 2. The present review covers . the scattering of plane electromagnetic waves on spherical objects. The results shown here might be extended to any arbitrary e.m. wave, expressed as a superposition of time-harmonic waves. DJ . Strouse. University of Southern California. Andrew M. Childs. University of Waterloo. Why Scatter on Graphs?. NAND Tree problem:. Best classical algorithm:. Randomized. Only needs to evaluate of the leaves. Lecture 3. Free Particle:. Energy . , In Cartesian and spherical Coordinates.. Wave function: . . (plane waves in Cartesian system) . it?. Rafael Cueto. Polymer Analysis Lab. Physical Chemistry Seminar. 10-13-2015. 1. OVERVIEW. Summary and description of Light Scattering. PAL Capabilities. Dynamic Light Scattering. Static Light Scattering. Quarknet. workshop at OU. Outline. Stable and unstable particles. How to observe them?. How to find their mass?. How to calculate their lifetime?. 6/9/2010. 2. What is a particle?. Matter around us consists of a few types of particles (both fundamental and just subatomic particles that have some structure): . Chen Bar, . Ioannis. . Gkioulekas. and . Anat. Levin. Technion. , Israel. CMU, USA. Speckle image. Coherent scattering and memory effect . 2. Tissue. Microscope objective. Speckle Image. Scattering Layer. LL2 section 78. Scattered wave. System of charges. Incident electromagnetic wave. Energy flux density . S. Effective scattering cross section. =. Units. Poynting. vector. E. nergy radiated by system into do per second. . Where is optical depth of layer. Optical depth is path length required for attenuation to 1/e of original energy. Depends on attenuation coefficients and density. Transmissivity is proportion of original energy remaining:. Four forces in nature. Gravity. Electromagnetic. Weak. Strong . . . Responsible for binding protons and neutrons together to make . nuclei, holds together. quarks . that make protons and neutrons.