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Task D: Gluonic Excitations in QCD
Experimental Particle Physics
at Indiana University

 
A Lattice QCD calculation showing that color field energy is localized in a "flux tube" between separated quarks. GlueX at Jefferson Lab will search for excitations of this flux tube.
(Image by D. Leinweber)

Research Overview

The Task D group research is focused on understanding the spectrum of light quark mesons. In particular, we are searching for the gluonic degrees of freedom in this spectrum. This experimental information is a key ingredient in obtaining a quantitative understanding of the confinement mechanism in QCD. Recent theoretical advances in QCD and in particular Lattice QCD make it possible now to predict the masses of gluonic excitations.

Task D research is supported by the DOE Office of Nuclear Physics and College of Arts & Sciences and the Office of the Vice-President for Research at IU.

Task D also collaborates closely with Prof. Adam Szczepaniak and his students from the Nuclear Theory Center and with Prof. Geoffrey Fox who heads the Community Grids Lab of IU's Pervasive Technology Lab.

The physics of Task D also overlaps strongly with the lattice QCD work headed by Prof. Steve Gottlieb of Task B.

Task D Research is Ongoing
at these Experimental Facilities

GlueX at JLab

CLEO-c at CESR

BES III at IHEP


Department of Physics
Indiana University
Swain West 117
727 East Third Street
Bloomington, IN 47405-7105

Main Office: (812) 855-1246
Fax: (812) 855-0440

Research Sponsored By:
Office of Nuclear Physics