In my last post I presented the equations required to form a knot in a Higgs boson: an elementary particle of matter with no angular...

In my last post I presented the equations that describes the shape of the entangled strings of elementary particles of energy (dots): a...

In two of my previous posts I’ve been describing the structure of the Higgs Boson as a saint Hannes knot, a term I coined when I realized...

In today’s post I’m in very good mood. It appears that I’ve solved the Gordian Knot of string theory in a very apt way. According to...

Pardon the pun with today’s post. It’s been quite a few days since my last post, where I talked about the importance of angular velocity...

My post for today is a trip back to basics. After realizing that there are three types of dots in orbit of the Higgs helix, I realized...

After my last post I began thinking about what the findings of my last post meant. In it I said that only the inner dots have a secondary...

I haven’t posted anything in almost two weeks, as I’ve been stuck in the accurate vector representation of refraction. The problem is...

The question why refraction takes place at all seems not to be a scientific question. It seems to demand some kind of will from the part...

I was about to write a post about solving the equations for asymmetric refraction. But as I got deeper into the equations, I realized...

After my last post on asymmetry, I thought for a while that I might have easily sailed to the end of the Theory of Everything. However,...

After my last post about the perfect equations for vector refraction, I set about trying to figure out how these equations resulted in a...

In my last post I said I had the correct equations for the refracting of vector representation of elementary particles of energy. So, the...

In my post from yesterday I told you that I had probably figured out the equations for refracting the vector connecting two elementary...

Today I’m going to do something that one should never do. I’m claiming that I possibly got the equations correct for the vector...

For some time, I’ve been attempting to come up with the equations for the ellipse of refraction. However, now that I finally found the...

In my last post I showed how I was able to come up with the length L of the semi-major axis of the ellipse of refraction and I also...

For the past two weeks I’ve been attempting to introduce refraction to the otherwise perfectly fine vector equations of everything. Or if...

In my last post I talked about the elegance with which I was able to use laws of sines and cosines to figure out the first two angles...

In my last post I showed a teaser image of the shapes involved in figuring out the three angles that define refraction (see below)....