Abstract
We discuss the inverseMohapatra, Ranjita K. magnetic catalysis effect on conserved charge fluctuations and correlations along the chemical freeze-out curve in the hadron resonance gas model. We have compared fluctuations and correlations with and without charge conservation. Charge conservation plays an important role in the calculation of fluctuations at nonzero magnetic field and for fluctuations in strange charge at zero magnetic field. Charge conservation diminishes the correlation $$\chi _{BS}$$ and $$\chi _{QB}$$ , but enhances the correlation $$\chi _{QS}$$ . We point out that baryonic fluctuations (second order) at $$B = 0.25$$ $${GeV}^2$$ increase more than two times compared to $$B = 0$$ at higher $$\mu _{B}$$ .
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