![Science-Art of Magnetically Controlled Ferrofluid Diffraction. Compare the Magnetic Field to the Ferrocell, image #14 named "Perpendiculars". The arrows point north in the direction of the magnetic moment. The repeating sets of Science-Art of Magnetically Controlled Ferrofluid Diffraction. Compare the Magnetic Field to the Ferrocell, image #14 named "Perpendiculars". The arrows point north in the direction of the magnetic moment. The repeating sets of](https://preview.redd.it/ccnj5y76s6i31.jpg?auto=webp&s=fde353da10601324f86b2b1ac625f99da3ebfa08)
Science-Art of Magnetically Controlled Ferrofluid Diffraction. Compare the Magnetic Field to the Ferrocell, image #14 named "Perpendiculars". The arrows point north in the direction of the magnetic moment. The repeating sets of
![Science-Art of Magnetically Controlled Ferrofluid Diffraction - Compare the Magnetic Field to the Ferrocell image #3 of 7 : r/Physics Science-Art of Magnetically Controlled Ferrofluid Diffraction - Compare the Magnetic Field to the Ferrocell image #3 of 7 : r/Physics](https://i.redd.it/0mlefdipocm11.jpg)
Science-Art of Magnetically Controlled Ferrofluid Diffraction - Compare the Magnetic Field to the Ferrocell image #3 of 7 : r/Physics
![a) The ferrocell (left) and the ferrocell fitted in a 3D printed frame... | Download Scientific Diagram a) The ferrocell (left) and the ferrocell fitted in a 3D printed frame... | Download Scientific Diagram](https://www.researchgate.net/profile/Emmanouil-Markoulakis/publication/326256770/figure/fig7/AS:788877333766144@1565094421036/a-The-ferrocell-left-and-the-ferrocell-fitted-in-a-3D-printed-frame-right-with-the_Q640.jpg)