A synthetic macroscopic magnetic unipole
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A synthetic macroscopic magnetic unipole

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Newest Ferrocell Paper - 'Study of Light Polarization by Ferrofluid Film Using Jones Calculus' link for the paper https://www.mdpi.com/2410-3896/7/1/28
Magnetic Reflection
Think of what you can do with reflections of magnetic fields. Education, Visualization, Realtime Design, Computer chips that use light, because the reflections use little energy/time to change reflection angle. In my mind seeing reflections of a magnetic field is just as good as seeing a magnetic field. https://www.youtube.com/watch?v=pc9ghVd1rsw
Science-Art of Magnetically Controlled Ferrofluid Diffraction. Compare the magnetic field plot to the Ferrocell image, #18 named "Toto-Ordinata". There is a grid of twenty nine magnets and the repeating sets of yellow/teal/green isopotential lines show the field strength.
This ferrocell image is named ‘Duodecumus’ which is Latin for twelve.
The left hand image is a pic2mag computational plot of a twelve magnet array with their poles facing the observer. The repeating yellow, green, teal colored lines show different magnetic isopotentials similar to a topographical map showing potential energy.
The right hand image is a ferrocell image of the same twelve magnet array and the observed colored lines are lines of light scatter that corresponds to one of the perimeter LEDS that surrounds the glass window of the ferrocell.
If you are interested in ferrocells, here is a link for a free ferrocell Science Text Book.
https://www.pic2mag.com/FerrocellBook2021.pdf

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Here's a ferrocell that we put together in an attempt to better visualize the field lines around our energized POE Vortex Coils. So far, static magnets deliver a beautiful visual; while the coils display nothing. Maybe more drive power is needed... Nonetheless, those of you unfamiliar with these devices may find this fascinating! Testing continues... 👩🏻🏫👨🏽🔧 #ferrocell #youtube #replication #interesting #beautiful #science #magnetic #field #visualart #3d #hologram #physics #research (at Yorktown, New York) https://www.instagram.com/p/B7JC3BTgAz0/?igshid=nfzmox2ojfdf
Science-Art of Magnetically Controlled Ferrofluid Diffraction Compare the Magnetic Field to the Ferrocell image #13, named ‘Four Loops’