Reciprocal System Research Society

As far as I know, yesterday was the first time ever, an alternate to the LST's atomic model, based on the Schrodinger wave equation, has ever been published. Of course, it's not going to be acknowledged as such until the day comes when the LST admits that scalar motion is real. Nevertheless, we've c...

In the previous post we saw that the atomic spectra of the periodic table of elements has a three-dimensional (four counting zero) characteristic, as clearly shown by mapping the s, p, d and f energy groups to the tetraktys. Moreover, as the dimensions increase, from 0 to 3, the number of elements i...

In considering the 2d and 3d forms of our 1d equation of motion. 1/2 + 1/1 + 2/1 = 4|4 num, we get into the subject of inversive geometry, where the inverse of the number line is generalized to what we might call a "number plane" and a "number ball," respectively. A better and mo...

Using the new approach to our atomic model, where we increase the numbers of the up and down quarks in one tetrahedron, instead of trying to fit multi-tetrahedron together, as demonstrated in the previous post, we can use the scalar equations to calculate the combinations of scalar motion, belonging...

The challenge of explaining the observed atomic spectra, as we have sought to overcome it at the LRC, has been intimidating, to say the least. We have our standard model of subatomic particles, consisting of S & T combos, making up 14 quarks and leptons, and we have the periods of our wheel of m...

I'm grateful for the many views these latest posts are getting, but wondering why the silence? I'm hoping the LRC research and development of its RSt are gaining in credibility, but I can't be sure without comments. Nevertheless, I want to press on, and I want to do so in my usual verbose way, since...

As this most recent series of posts is in response to Horace's request for clarification on the LRC's development of its RST-based theory, and the world line charts have been used for this purpose, I think it's time to clarify something that is long overdue in that regard. Eleven years ago or so I i...

Given that the identification of the 1d, 2d and 3d scalar motion combinations with the bosons (1d), leptons (2d) and hadrons (3d) of the LST's standard model of particle physics, explained in the previous post, is acceptable (no one seems to be taking exception so far), I would like to show next how...

One thing we haven't talked about much, in connection with combining units of motion (meaning the unit oscillation, where s/t = (1+1)/2 or s/t = 2/(1+1)), is the fundamental concepts of point, line, plane and volume. If we start with one point, considering it our fundamental location, in a 3d refere...

Okay: Gray dashed lines: The two units of space and time comprising one unit (cycle) of motion (s/t = (1+1)/2 and 2/(1+1)). Black diagonal arrows: Unit space/time progression; that is, one unit of space increase for one unit of time increase (s/t = 1/1). Although, the length of the black arrows is t...