'Scattering amplitude' presentation slideshows

The Fundamental Forces

The Fundamental Forces. 1 . Costituents of Matter 2 . Fundamental Forces 3. Particle Detection 4. Symmetries and Conservation Laws 5. Relativistic Kinematics 6. The Quark Model 7. The Weak Interaction 8. Introduction to the Standard Model.

841 views • 82 slides

What's Cool About Neutron Scattering -- the Basics with a bias toward Magnetism

What's Cool About Neutron Scattering -- the Basics with a bias toward Magnetism. Jim Rhyne Deputy Leader for Science Lujan Neutron Scattering Center Los Alamos National Laboratory. 2006 Lujan Summer Students July 24, 2006. LA-UR-06-4041. Magnetism Solves All Your Problems. New Physics Here!.

852 views • 55 slides

Neutron Sectroscopy

Neutron Sectroscopy. Neutron Scattering in Condensed Matter Physics https://doi.org/10.1142/4870 , 2009 Albert Furrer ( ETH Zurich & PSI Villigen , Switzerland ).

515 views • 51 slides

III. Effective Interaction Theory

III. Effective Interaction Theory. Topics to be covered include: Intuitive ideas Brief review of operator formalism Watson scattering formalism Kerman, McManus, Thaler scattering formalism Feshbach scattering formalism Brueckner nuclear matter formalism

405 views • 40 slides

Long range hadron potential and fine structure of the diffraction peak

523 views • 39 slides

Selected Problems of Relativistic Nuclear Physics and Multiple Particle Production

A.I.Malakhov Joint Institute for Nuclear Research, Dubna. Selected Problems of Relativistic Nuclear Physics and Multiple Particle Production. X XXI I International S ymposium on Multiparticle Dynamics , Alushta , 7-13 September 2002.

439 views • 38 slides

Gluon Scattering in N=4 Super-Yang-Mills Theory from Weak to Strong Coupling

Gluon Scattering in N=4 Super-Yang-Mills Theory from Weak to Strong Coupling. Lance Dixon (CERN & SLAC) with Z. Bern, J.J Carrasco, M . Czakon, H. Johansson, D . Kosower, R. Roiban, V . Smirnov , M. Spradlin, C. Vergu, A. Volovich Neve Shalom , 12 April 2011.

527 views • 37 slides

What's Cool About Neutron Scattering -- the Basics with a bias toward Magnetism

What's Cool About Neutron Scattering -- the Basics with a bias toward Magnetism. Jim Rhyne Deputy Director Lujan Neutron Scattering Center Los Alamos National Laboratory. Summer Student Lecture Series June 8, 2007. LA-UR-06-4041. New Physics Here!. Magnetism Solves All Your Problems.

466 views • 35 slides

11 th International Conference on Nucleus-Nucleus Collisions May 29, 2012

Derivation of Correction Terms to the Eikonal Expansions in the Abrasion-Ablation Model for High Energy Heavy Ion Collisions. 11 th International Conference on Nucleus-Nucleus Collisions May 29, 2012. S. Bhatt, L. W. Townsend, M. PourArsalan

493 views • 31 slides

Proposal for a beamline: ENERGY AND POLARIZATION DEPENDENT SCATTERING

286 views • 28 slides

Presented by L. Tauscher Basel University, Switzerland

Using ? - ? and ? -K atoms for the experimental check of low-energy QCD L. Nemenov (CERN, Switzerland). Presented by L. Tauscher Basel University, Switzerland. Why atoms ?. Particles scatter off each other in well defined atomic quantum states

360 views • 27 slides

Cherenkov radiation

1.33k views • 25 slides

From Scattering Amplitudes to Classical Observables

285 views • 24 slides

Elizabeth Cunningham

Does the passage of low energy deuterons through a finite 12 C foil lead to small angle tensor polarisation?. Elizabeth Cunningham. Overview. Experimental motivation Brief description of tensor polarisation Nuclear scattering Atomic scattering Comparison with experiment Summary.

213 views • 15 slides

Andrii Tykhonov, Ukraine, Odessa

Andrii Tykhonov, Ukraine, Odessa. Education data: - bachelor diploma with honors of Odessa National Polytechnic University (2006)

320 views • 12 slides