Posts to come

So there is some really great stuff coming, mostly written, about this new way of looking at the f(n)^2^n equation which will show where the distance of application for higher forces comes in to play, why gravity and electromag seem to go so much further (hint, look for what's already written on forces and compression and the relative strength) as well as finishing the section on how the compression takes place on the quantum level.
The material covers the information arms, but it also shows where f-series come into play to create what we observe.  All in all, its pretty exciting stuff and if you don't want to wait, most of its covered or obvious from the sketches which show the interplay.
One thing which the non-spiral analysis of the equations suggest is that the spirals come not from F-series intersecting spirals, but instead arise from this non-dimensional (therefore non-spiraling) information arms and we'll discuss that a little too.
Intersecting spirals is replaced somewhat with mixed information sets which are partially laid out in the prior two posts on the subject of information arms, but which will be covered in a little more detail, not too much, in the posts to come.
Unfortunately, I am traveling and have limited access to the type of heavy computer it takes for me to put this stuff out clearly and without any time so far to edit anything, so it may come out a little disjointed and then come together next week when I'm settled in one place.  Ahhh, the sad life of a homeless physicist.
AuT doesn't work with sin and cos like most Euclidean or, if you must, newtonian physics.  There are no arrows of force, because dimension is treated badly with AuT.  Moreover, force doesn't really exist in AuT, being an effect and not cause, so the typical ideas of symmetry, already in trouble on the quantum level, just don't go anywhere with AuT, although it is replaced with a higher symmetry.
In the interim, since you know I'm right by now, why not buy a couple of books?  Might keep me off the street.  Better still, invite me to lecture at your university.  How often do you get the opportunity to invite someone who has done what I've done to lecture?
I mean, all kudos to the giants whose work allowed me to make my little contribution, but let's face it, AuT is to Relativity what Relativity is to...well, not entirely fair, because AuT is designed to explain relativity, so who knows, but one day, you know you'll say, 'wow, for the price of a meal (and maybe a plane ticket and corner to sleep in) I probably could have had this homeless physicist speak and now that opportunity is gone forever!"
Or maybe not, but you know I'm right, deep down as much as you hate to admit it, you know.
Anyway, we'll see what tomorrow holds, every day seems to have something strange for me.