  We demonstrate experimentally with a prototype for the first time, that an
artificial emergent magnetic unipole hedgehog field in a simply connected three
dimensional domain is possible, emulating effectively the Dirac model by simply
using a novel permanent magnets' topology and geometrical arrangement in a ring
array. Although similar effects were demonstrated by others over the last
decade, with these effects usually observed and lasting for a small fraction in
time and applied at the quantum or microscopic scale using primary BECs,
Skyrmions, Spin Ice and recently Chiral Magnets this was never shown until now
and performed at the macro scale and by using normal magnets. The synthetic
magnetic unipole ring array prototype progressively twists and steers the
magnetic flux into vanishing curl field (i.e. vortex) geometry towards the
center of the ring and its air cap. This mere act alone proves enough to create
the desired effect and an apparent isolated magnetic unipole region is observed
at the center of this magnetic ring array, as we have mapped with a three axis
magnetometer and show with the quantum magnetic-optic device flux viewer, the
ferrolens. This magnetic unipole is stable at room temperature. Because its
macroscopic nature we were able to record for the first time the unique signal
signature patterns of magnetic monopoles synthetic or natural, passing through
a non-ideal ohmic solenoid shown in Fig.17 which can be used by researches to
aid them in the detection of magnetic monopoles.
