10 Questions
What is the main focus of the study?
The dependence of the fermionic condensate on the bare quark mass and the coupling between the vector and scalar modes.
What is the condition for introducing D7-branes?
Nf << Nc.
What do the stretched fundamental strings between Nc D3-branes and Nf flavor D7-branes give rise to?
N=2 hypermultiplet.
What has the approach of introducing D7-branes proven itself to be?
A powerful tool for the exploration of gauge theories.
What is the purpose of introducing fundamental matter into the gauge theory?
To study the gauge theory in the presence of an external electromagnetic field.
What does the study reveal about the fermionic condensate at zero bare quark mass?
A chiral symmetry is spontaneously broken.
What is the coupling observed between in the meson spectrum?
The coupling between the vector and scalar modes.
What is observed in the limit of a weak magnetic field?
Zeeman splitting of the states.
What is the ground state corresponding to the Goldstone boson of spontaneously broken chiral symmetry?
The characteristic square root of mq dependence.
What is the focus of the study with respect to gauge/string dualities?
Generalizing the AdS/CFT correspondence and exploring the thermodynamic properties or building phenomenological models relevant to QCD.
Flavored Large N Gauge Theory in Magnetic Fields Quiz: Test your knowledge on the effects of external magnetic fields on fermionic condensates and chiral symmetry in flavored large N gauge theories. Learn about the coupling between vector and scalar modes, as well as Zeeman splitting of states in the presence of weak magnetic fields.
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