Physics – High Energy Physics – High Energy Physics - Theory
Scientific paper
1998-06-18
JHEP 9807:020,1998
Physics
High Energy Physics
High Energy Physics - Theory
11 pages, 4 eps figs
Scientific paper
10.1088/1126-6708/1998/07/020
We study the construction of baryons via supergravity along the line suggested recently by Witten and by Gross and Ooguri. We calculate the energy of the baryon as a function of its size. As expected the energy is linear with N. For the non-supersymmetric theories (in three and four dimensions) we find a linear relation which is an indication of confinement. For the {\cal N} = 4 theory we obtain the result (E L= - {const.}) which is compatible with conformal invariance. Surprisingly, our calculation suggests that there is a bound state of k quarks if N\geq k\geq 5N/8. We study the {\cal N} = 4 theory also at finite temperature and find the zero temperature behavior for small size of the baryon, and screening behaviour for baryon, whose size is large compared to the thermal wavelength.
Brandhuber Andreas
Itzhaki Nissan
Sonnenschein Jacob
Yankielowicz Shimon
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