Uploaded May 2021 | Updated September 2026, 2 weeks ago
In this video, I show some preliminary results after my first attempt to simulate the ferrocell. This all stems from the video I showed you in my community section by A.B. Science called "What the Ferrocell Shows":
youtu.be/pc9ghVd1rsw
In this video, AB shows that, when you simulate the ferrocell using specular reflection off the nano particles only, you can reproduce the patterns that you see in the ferrocell. In the presence of a magnet, the nano-particles self-organize into standard "iron filings" patterns. The lights reflect off the nano-particles and that is what we are seeing when we look at the ferrocell. I personally found that very intriguing, and, since I was on a quest to find out how the ferrocell works, I asked AB how he did it (and he didn't hesitate to tell me).
It seemed simple enough to try myself and that is what I did. Using his technique (which I will disclose in my next video), I was able to very accurately simulate many features of the ferrocell. This video is just a TEASER. I am working on a more detailed presentation, but I wanted to give you an update so you can see how far I have come. AB is working on a more "scientific" approach to simulating this, but using his original approach (which uses Blender) I was able to simulate the holographic effect that you see when you move the ferrocell around.
Regardless, the experiments I have done have convinced me, beyond a reasonable doubt, that SPECULAR REFLECTION and specular reflection ONLY, is responsible for the light patterns (and dark patterns) that we see in the ferrocell. It's as simple as that. One might call it SIMPLEX.
All for now.
FractalWoman
In this video, I show some preliminary results after my first attempt to simulate the ferrocell. This all stems from the video I showed you in my community section by A.B. Science called "What the Ferrocell Shows":
youtu.be/pc9ghVd1rsw
In this video, AB shows that, when you simulate the ferrocell using specular reflection off the nano particles only, you can reproduce the patterns that you see in the ferrocell. In the presence of a magnet, the nano-particles self-organize into standard "iron filings" patterns. The lights reflect off the nano-particles and that is what we are seeing when we look at the ferrocell. I personally found that very intriguing, and, since I was on a quest to find out how the ferrocell works, I asked AB how he did it (and he didn't hesitate to tell me).
It seemed simple enough to try myself and that is what I did. Using his technique (which I will disclose in my next video), I was able to very accurately simulate many features of the ferrocell. This video is just a TEASER. I am working on a more detailed presentation, but I wanted to give you an update so you can see how far I have come. AB is working on a more "scientific" approach to simulating this, but using his original approach (which uses Blender) I was able to simulate the holographic effect that you see when you move the ferrocell around.
Regardless, the experiments I have done have convinced me, beyond a reasonable doubt, that SPECULAR REFLECTION and specular reflection ONLY, is responsible for the light patterns (and dark patterns) that we see in the ferrocell. It's as simple as that. One might call it SIMPLEX.
All for now.
FractalWoman
