Magnetized baryonic matter in holographic QCD
arXiv:0806.0367 · doi:10.1103/PhysRevD.78.066007
Abstract
We investigate the properties of the Sakai-Sugimoto model at finite magnetic field and baryon chemical potentials. We show that in a finite magnetic field, there exists a spatially homogeneous configuration carrying finite baryon number density. At low magnetic field and baryon chemical potential the equation of state of the matter coincides with that obtained from the chiral perturbation theory Lagrangian with an anomalous term. We discuss the behavior of the system at larger magnetic fields.
13 pages
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- Holographic Magnetic Phase Transition
- An anomalous hydrodynamics for chiral superfluid
- Axion electrodynamics and nonrelativistic photons in nuclear and quark matter
- Anomaly-Induced Inhomogeneous Phase in Quark Matter without the Sign Problem
- Chiral soliton lattice phase in warm QCD
- Winding effects on brane/anti-brane pairs
- A Review of Magnetic Phenomena in Probe-Brane Holographic Matter
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- Effective Thermal Physics in Holography: A Brief Review
- External Fields and the Dynamics of Fundamental Flavours in Holographic Duals of Large N Gauge Theories
- Holographic Gauge Theory with Maxwell Magnetic Field
- Anomalous QCD Contribution to the Debye Screening in an External Field via Holography
- Holographic QCD Matter: Chiral Soliton Lattices in Strong Magnetic Field