Reciprocal System Research Society

Q1: One dimension - two "directions." I don't name them. Using the word "direction" in the context of both Q1 and Q2 is confusing to your readers at best. Could you come up with a way to differentiate these two concepts without the need to write out the full phrases, like e.g.: A "direction" of a u...

The reason I put the word "direction" in quotes is to distinguish it from the word direction, as normally thought of in a fixed reference system. For the sake of others participating in this thread, first let's clarify your vernacular used during the consideration of only one dimension of one unit ...

...there are no more than three non-zero dimensions in the universe of motion, and each dimension has two "directions." The fact that scalar motion is an increase or decrease of quantity, or magnitude, in the "directions" of these three dimensions, is critical to understand. IMO before considering ...

bperet wrote: ↑

Sun Sep 09, 2018 10:44 am

I've been working on this for a while, but cannot seem to get any results that make sense. Hoping that someone with better math skills than I could take a stab at doing this. Thanks.

I believe that the attached paper will put you on track to cracking this ( especially the Annex )

I know, they are different but the projection of the angular yin on our 3d linear (yang) perception is at the center of RS. Your idea to use colors to depict this is good. I think it can be extended by mapping colors to the density of the dots projected onto the vertical line, as shown at the time i...

Take a look at this video and notice how the projection of a sphere onto a plane looks like the Smith Chart of impedance:
https://www.youtube.com/watch?v=d4EgbgTm0Bg

...and after differentiation - like the Biradial Matrix.

The scale may read zero, but there are still two reactances present, that form the magnitude of a vector in the next, scalar dimension as: sqrt(XL^2 + XC^2) = 28.3Ω, given the 20Ω example. I think the full EE scalar formula is |Z| = SQRT( (X C +X L ) 2 + R 2 ) Thus for X L =20Ω and X C =-20Ω and R=...

However, you cannot just "cancel out" things like reactance or resistance--if I have 20 ohms of inductive reactance, and 20 ohms of capacitive reactance, I should have 40 ohms of reactance--NOT zero. Where does it go? In EE you'd have +20 ohms of inductive reactance, -20 ohms of capacitive reactanc...

Perhaps your new insight into this phenomena can explain why the best Drift Step Recovery Diodes are old diodes with poorly manufactured PN junctions, in which the spatial transition between the P and N regions is not sharp ...but blurred. By "best", I mean diodes that "turn off" their pulsed revers...

It would seem to me that such trees would take up more memory for an object consisting of two atoms 1 inch apart than 1 mile apart., which would be wasteful unless distances are computed through some kind of a temporal indirection that embodies the reciprocal relation between time and space.