'Ridge yield' presentation slideshows

Lecture IVa: jets

Lecture IVa: jets. Marco van Leeuwen, Utrecht University. Lectures for Helmholtz School Feb/March 2011. Jet quenching event generators. Analytical models BDMPS, ASW, GLV, AMY, HT: exact interference, but approximate treatment of kinematic limits (energy conservation).

583 views • 48 slides

Lecture IVa: jets

Lecture IVa: jets. Marco van Leeuwen, Utrecht University. Lectures for Helmholtz School Feb/March 2011. Jet quenching event generators. Analytical models BDMPS, ASW, GLV, AMY, HT: exact interference, but approximate treatment of kinematic limits (energy conservation).

481 views • 48 slides

484 views • 41 slides

STAR HIGH P T

STAR HIGH P T. Oana Catu, Yale University, for the STAR Collaboration. Motivation. Use high-p T particles and jets to probe the hot medium. measure medium properties Density, temperature, number of degrees of freedom Dynamical properties ( e.g. viscosity ).

477 views • 35 slides

STAR Results High-p T , Electro-Magnetic and Heavy Flavor Probes

387 views • 27 slides

Near-side ?? correlations of high-p t hadrons from STAR

337 views • 24 slides

Near-side di-hadron correlations at RHIC

Near-side di-hadron correlations at RHIC. Jana Bielcikova (Yale University). p T trig =3-6 GeV/c, 2 GeV/c <p T assoc < p T trig. ridge. jet. Dh. Df. J. Putschke (STAR), QM2006. h-h correlation, central Au+Au @ 200 GeV. Outline: Introduction

348 views • 23 slides

346 views • 23 slides

221 views • 22 slides

Exploring the Early Parton Momentum Distribution using the Ridge Phenomenon Cheuk-Yin Wong

QM2008, February 5, 2008. Exploring the Early Parton Momentum Distribution using the Ridge Phenomenon Cheuk-Yin Wong Oak Ridge National Laboratory. Introduction The momentum kick model Use the momentum kick model & STAR ridge data to extract the early parton momentum distribution

340 views • 21 slides