As far as I know, both types of flux mediating the electromagnetic phenomenon and related forces consist of coherent streams of virtual photons according to the known theory.

Besides the total non-zero curl of a magnetic dipole flux field $\nabla\times B\ne0$ compared to the zero curl of an electric monopole charge, electric flux field $\nabla\times E=0$, which could be also interpreted equal to a hypothetical existing non-zero divergence magnetic dipole flux field $\nabla\cdot B\ne0$ thus a zero total field curl $\nabla\times B=0$.

Is there elementary and ontologically any other known difference between electric and magnetic flux lines of force?

As far as I know, both types of flux mediating the electromagnetic phenomenon and related forces consist of coherent streams of virtual photons according to the known theory.

Besides the total non-zero curl of a magnetic dipole flux field $\nabla\times B\ne0$ compared to the zero curl of an electric monopole charge, electric flux field $\nabla\times E=0$, which could be also interpreted equal to a hypothetical existing non-zero divergence magnetic dipole flux field $\nabla\cdot B\ne0$ thus a zero total field curl $\nabla\times B=0$.

Is there elementary, ontologically and physically any other known difference between electric and magnetic flux lines of force?

As far as I know both types of flux mediating the electromagnetic phenomenon and related forces consists of coherent streams of virtual photons according to the known theory.

Besides the total non-zero curl of a magnetic dipole flux field ∇×B≠0 compared to the zero curl of an electric monopole charge, electric flux field ∇×E=0, which could be also interpreted equal to an hypothetical existing non-zero divergence magnetic dipole flux field ∇·B≠0 thus a zero total field curl ∇×B=0,

is there elementary and ontologically any other known difference between electric and magnetic flux lines of force?

As far as I know, both types of flux mediating the electromagnetic phenomenon and related forces consist of coherent streams of virtual photons according to the known theory.

Besides the total non-zero curl of a magnetic dipole flux field $\nabla\times B\ne0$ compared to the zero curl of an electric monopole charge, electric flux field $\nabla\times E=0$, which could be also interpreted equal to a hypothetical existing non-zero divergence magnetic dipole flux field $\nabla\cdot B\ne0$ thus a zero total field curl $\nabla\times B=0$.

Is there elementary and ontologically any other known difference between electric and magnetic flux lines of force?