'Dglap evolution' presentation slideshows

The Color glass COndensate

The Color glass COndensate. A classical effective theory of high energy QCD. Raju Venugopalan Brookhaven National Laboratory. ICPAQGP, Feb. 8th-12th, 2005. Outline of talk:. Introduction A classical effective theory (and its quantum evolution) for high energy QCD

440 views • 31 slides

Color Glass Condensate : Theory and Phenomenology

Color Glass Condensate : Theory and Phenomenology. Azfar Adil PHENIX Journal Club. Overview. Evolution DGLAP ( log(Q 2 ) evolution ) BFKL ( log(1/x) evolution) Saturation and CGC Non-Linearities at low x Dipole versus Classical Field Phenomenology Observables at RHIC Implications.

307 views • 30 slides

Multi-jet topologies and multi-scale QCD

Multi-jet topologies and multi-scale QCD. Experimental Introduction with emphasis on HERA. Goal: search for limits of applicability of the DGLAP approximation, find best method to describe the data beyond that limit. S ingle- and multi-scale QCD processes

440 views • 29 slides

CDR, JPhysG39(2012)075001

High Precision DIS with the LHeC A M Cooper-Sarkar For the LHeC study group The LHeC- a Large Hadron-Electron Collider ~50-100 GeV electrons on 7 TeV protons (Linac- Ring). Designed such that e-p can operate synchronously with p-p Topics: Accelerator- talk by Daniel Schulte

383 views • 28 slides

Workshop on Structure of hadrons and nuclei at an Electron Ion Collider, Trento, July 13-18, 2008

Workshop on Structure of hadrons and nuclei at an Electron Ion Collider, Trento, July 13-18, 2008. Jet transport and gluon saturation in medium. Xin-Nian Wang Lawrence Berkeley National Laboratory. Hard Probes & Structure of Dense Matter. e -. Jet quenching. e -. k T broadneing.

384 views • 27 slides

Numerical Method of DGLAP Evolution and Modified FFs in Medium

Numerical Method of DGLAP Evolution and Modified FFs in Medium. Wei-Tian Deng. Numerical Methods. The HOPPET (High Order Perturbative Evolution Toolkit) higher-order Runge-Kutta method x-spaces grid. Taylor Series:. Euler method:. Euler method:. Second-Order Runge-Kutta method:.

397 views • 22 slides

HERA KINEMATIC PLANE

HERA KINEMATIC PLANE. Accessible Kinematic Plane now almost completely covered Measurements extend to cover high y, high x and very high Q 2 Probe distances to ~ 1/1000 th of proton size. Q 2 = xys. Tevatron. COMPASS.

377 views • 21 slides

HERA KINEMATIC PLANE

HERA KINEMATIC PLANE. Accessible Kinematic Plane now almost completely covered Measurements extend to cover high y, high x and very high Q 2 Probe distances to ~ 1/1000 th of proton size. Q 2 = xys. Tevatron. COMPASS.

325 views • 21 slides

Conventional DGLAP

298 views • 20 slides