Uploaded May 2021 | Updated September 2026, 2 weeks ago
Continued from the previous video, here, I show how I convert the magnetic moments that I stored in a text file into a 3D model that can be loaded into Blender and MeshLab. Using MeshLab, some of the features of the ferrocell can be seen including the 3D holographic torus that is often associated with the ferrocell. Of course, this holographic effect is just an optical illusion caused by the REFLECTION of light off the nano-tubes that self-organize into a certain pattern in the presence of a magnet.
Continued from the previous video, here, I show how I convert the magnetic moments that I stored in a text file into a 3D model that can be loaded into Blender and MeshLab. Using MeshLab, some of the features of the ferrocell can be seen including the 3D holographic torus that is often associated with the ferrocell. Of course, this holographic effect is just an optical illusion caused by the REFLECTION of light off the nano-tubes that self-organize into a certain pattern in the presence of a magnet.








![Robotic Arm: Kinematics using 2x2 Matrix Version of Eulers Formula
Here is a short video I made of the software I am working on that uses the 2x2 matrix version of Eulers formula to help solve the kinematics of the mechatronic arm that we are using in one of our medical devices. Each joint of the arm uses one 2x2 matrix to track the rotations:
[+cos(t) +sin(t)]
[-sin(t) +cos(t)]
This is really cool and I am very proud of my work. Robotic Arm: Kinematics using 2x2 Matrix Version of Eulers Formula](https://i.ytimg.com/vi/nQHKDj4Q93Y/mqdefault.jpg)

