It’s been quite a few days since my last post. The reason for this silence was natural: I was doing a lot of math to figure out how to...

In my last post I showed how the arrangement of dots into a helical origami can be presented in a very neat way, where a circular ribbon...

In my last post I gave a sneak preview of the mathematics of the tangling of a double helix of dots into matter (hydrogen), with a...

It’s been a long time (almost a month) since I last posted anything on my quest for the theory of everything. The reason isn’t that I...

After my last post, I knew I had the mathematics of supramolecular bonding more or less correct. I thought that now I just need to write...

I’ll begin by owning up that I had written a whole post before this, but as the point where I ended up in was so different to where I...

In my last post I said I’d be working on the revision of the Counterevidence Paper and that new posts would be about updates to it. Well,...

In my last post I realized that the only way to explain the astronomical number of twists in the hydrogen molecule is that the...

In my last post I showed that the arcing of the orbital is related to its twisting. More specifically, I showed that a full 360-degree...

In my last post I showed that the double-helical orbital of the hydrogen molecule consists of pairs of elementary particles (or dots)...

In my last post I realized that with zero charge, the double-helical sphere is intertwined into circular arcs. In the post I used a full...

In my last post where I introduced the difference between a hydrogen atom and a proton being that the hydrogen atom is composed of a...

In my last post I made the link with the spherical orbital of the unpaired double helix of an electron and my circular arc model of the...

After figuring out the equations for the electron, I started playing around with the constants to see what I would get and then it hit...

In my last post I presented both the way to draw a sphere with a string. I also presented a separate equation for the deformation of the...

Last time I managed to write down the equations for the x-axis and y-axis values for the electron but had to do a bit of lattice trickery...

In my last post I realized that the basic structure of an electron must be a double helix, due to a rather complicated process and what I...

After writing the previous post, I realized what I had described was a double helix. You know, the double helix of the DNA fame (see...

Inspired by the pretty pearl necklace of the last post, I decided to try to render the Möbius double donut with pearls as well. It took a...

In my last post I corrected the Möbius donut model of an electron and noted that I still need to see how it fits with everything else...