t Hooft limit (1, 2, 3, ···â) - Theoretical Physics (TIFR)
t Hooft limit (1, 2, 3, ···â) - Theoretical Physics (TIFR)
t Hooft limit (1, 2, 3, ···â) - Theoretical Physics (TIFR)
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Outline T c<br />
Main results<br />
Latent heat EOS Summary<br />
◮ Location of deconfining first order transition measured with<br />
high accuracy. Yields high precision test of RG scaling and ’t<br />
<strong>Hooft</strong> scaling. ’t <strong>Hooft</strong> coupling at T c has large 1/N c<br />
corrections near N c = 3. Signs of breakdown of the ’t <strong>Hooft</strong><br />
procedure.<br />
◮ New method developed for determination of latent heat in<br />
gluoN c plasmas. Find<br />
∆ǫ<br />
T A T 4 c<br />
= 0.388(3) − 1.61(4)<br />
Nc<br />
2 .<br />
◮ Strong N c scaling works very well for EOS. Conformal<br />
symmetry strongly broken up to T ≃ 3T c . Resummed weak<br />
coupling theory works much better in description of lattice<br />
data.<br />
SG<br />
Large N c Thermodynamics
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