Reciprocal System Research Society

I have not ported those articles over, as most of them are a bit out-of-date, written in the early days of RS2. Better information is now available. Was there something in specific you were looking for? Nothing that important. I was going to review a couple of the lepton articles. Following some th...

What happened to the set of articles on RS2 that used to be on the old site? I don't see them listed in the archives, or anywhere.

Does this presentation of the problem take into account the idea you mentioned of a Primary and Secondary spatial location? My understanding is still too fuzzy to assess whether that's a relevant factor or not, here.

I ran across an article on Californium-252 recently, and it got me thinking again on the decay process as expounded by RS2. It left me with a few questions though. In the 2008 video lectures, Bruce mentions that when a motion reaches the maximum ratio representable in 3 dimensions, the motion become...

My study of harmonics has revealed a potential problem area with this "transmitted" magnitude, as it may be a wavefunction, not just a simple, angular velocity that results from the shear between rotating systems in the other aspect. (I may end up having to replace the scalar portion of t...

I've read that thread several times, and I think I understand what he's saying there, so let me rephrase my question from a different angle. At the inanimate level, the maximum stable motion possible is around 256 at a single location (117 after geometric considerations). In other words, the limit o...

Here is a visualization I did of Nehru's concept of birotation, as an animated GIF, expressing the Euler equation: e^{i x} + e^{-i x} = 2 cos(x) birotation.gif The disk radius is 1 natural unit. The separation between disk centers is 1 unit. The rotations have the same starting phase. The angular v...

Perhaps a self evident answer, but if 1-0--0-0 manifests as (1/2-1/2-0), does 0-1--0-0 manifest as (1/2-1/2-0) as well?

Can you provide some insight as to how this knowledge might be applied? More specifically, how did Keeley actually execute his techniques? In trying to think through applications of atomic harmonics, I keep running into the problem that atoms are very small and fast, while our technologies are very ...

That helps considerably, though I have subsequent questions now. Since the definition of an atom here is a motion which has all 3 time dimensions occupied by some non-unity displacement, I assume that the scalar mechanics of unsustainable motion being thrown off equally apply to a single dimension a...