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Holographic deconfinement transition in the presence of a magnetic field
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We investigate the thermodynamics of the flavour sector of the Sakai-Sugimoto model in the presence of a magnetic field. Renormalizing the euclidean Dirac-Born-Infeld action in the antipodal limit, we find for the confined and deconfined phases positive contributions to the pressures that grow with the magnetic field. We also obtain positive magnetic susceptibilities indicating a paramagnetic behaviour of quarks. Using these results we estimate a \lambda^2/N_c correction to the deconfinement temperature that decreases as a function of the magnetic field.
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Cited by 1 Pith paper
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Frame-dependency of the confinement temperature in a strongly-coupled plasma under rotation: a holographic description
For a rotating plasma dual to a general Myers-Perry black hole, the confinement temperature measured by a co-rotating observer can decrease, increase, or be non-monotonic with angular velocity, depending on the angle ...
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