We introduce a new source for the production of hyperelectric vortical current, which originates from the effective thermal masses of the fermions. We show that the contributions of gauge interactions to the thermal masses in the hyperelectric vortical current cancel out due to the gauge symmetries; while, those of the Yukawa interactions do not cancel out and yield Jcv ≃ (3g ′ /256π 2 )T 2 ω. We finally show that the resulting temperature-dependent vortical current leads to the generation of hypermagnetic fields and matter-antimatter asymmetries in the symmetric phase of the early Universe, in the temperature range 100GeV ≤ T ≤ 10TeV, all starting from zero initial values. In particular, we show that only a small transient vorticity fluctuation about the zero background value in the plasma can lead to the generation of observed baryon asymmetry in the Universe (BAU), even in the presence of the weak sphaleron processes which try to wash out the asymmetries.