  We investigate novel transport phenomena in a chiral fluid originated from an
interplay between a vorticity and strong magnetic field, which induces a
redistribution of vector charges in the system and an axial current along the
magnetic field. The corresponding transport coefficients are obtained from an
energy-shift argument for the chiral fermions in the lowest Landau level (LLL)
due to a spin-vorticity coupling and also from diagrammatic computations on the
basis of the linear response theory. Based on consistent results from the both
methods, we observe that the transport coefficients are proportional to the
anomaly coefficient and are independent of temperature and chemical potential.
We therefore speculate that these transport phenomena are connected to quantum
anomaly.
