... Seems to me you spend relatively more time working with a nucleated icosahedral packing, perhaps collecting the balls more to one side ("bald spot"...
... Right, but if they're equidiametered balls, then a single thickness icosahedral packing that's *tight* (no gaps) is going to be *too confining* to contain...
Darwin was extremely popular in 19 century and influenced the big thinkers-= that is what i read in one page in a book about Munich- when i was in Holland i...
there is no pollution- put filters on the factory chimney" F now the are gointo - otherwise there will be earth- they will do it from fear if you measure the...
consider the earth as hi f icosa- and consider the atmosher 60 miles above it to be another icosa cover- the earth weights 6 x 10 ^21 tons atmosphere...
... Fuller boils it down to a very simple equation in 'Critical Path': assuming not enough to go around (Malthusianism), we get LAWCAP (lawyer-capitalism)...
... I really enjoyed this whole thing that you wrote here, right down to the Lord of the Rings part -- really funny and well done. Plot twist: we're not out...
... Yeah, could be. If you skip frequencies, you'll be able to cram concentric icosashells of intertangent balls one inside the other. It's the *consecutive*...
Hi John I'm confident there are simple replacements for the equations in the traditional sphere measuration game. Right now we have: radius=given area=(4pi)rr ...
... I should revise and extend the remark. We do have cartoons wherein the individual balls shrink of their own accord, all together, leaving ample room for...
Then there isn't a problem nesting icosahedrons of increasing frequency and having room for the preceeding ones? Does the distance between layers increases as...
Glad you asked. You yourself have said tverse is modeling a system in motion. Motion is not possible without slack. Therefore, an accounting system which is...
"Clearly, 6 moles of protons combined with six moles of neutrons would have a mass greater than 12 g." http://en.wikipedia.org/wiki/Loschmidt_number "In 1856,...
... Not entirely, no. In the IVM (aka octet truss), our ratio of tets to octs is 2:1. A lot of people look at the platonic icosahedron and think the 12 ...
InvisiLandScape series no links just [numbers].... Links? I find without them, how? (oop. never mind; links on the blogspot page) (Glad you enjoyed that one....
From: "Dick Fischbeck" <dick_fischbeck@...> Subject: [synergeo] icosahedral shells ... That is a central precept for my system, yes. After I'd discovered...
Logically, the "pure" (Perfect Pi) formulas should equate directly to your Synergeticstyle formula, in the limit of very very large spheres, right? That is,...
... From: "Kirby Urner" <kirby.urner@...> ... Yeah, now I get it. I was slowly approaching that. You confirm. (Nasty little red jitterbug there, too;...
From: "Kirby Urner" <kirby.urner@...> Subject: [synergeo] Re: modeling ... (I was going to comment on this paragraph in its original. I'll do it here ...
From: "Dick Fischbeck" <dick_fischbeck@...> Subject: [synergeo] nesting icosahedrons ... Kirby suggests there is a problem. I suggest there wouldn't be...
I did not think the mole concept was intended to work for subatomic particles, only for whole atoms or molecules. This is news to me. I find this (below...
... I'd say so yes. We want to build up lore, as in legends, as in stories. These then become the glue language for embedding lots of interesting "math facts"...
... Not claiming to follow completely, but why "must be larger" instead of smaller by some tiny amount, given your quote was about how the nucleons *lose* some...
I only read the postings on this list every so often, but enough to know there are some people out there who would appreciate this page on a website I've just...
