10 + 1 = Slippage

[Rybo]

7 + 11 + 13 = 31( numerically linear{1D }

6 + 10 + 15 = 31( Icosahedron spun equators{3D}

3+ 4+6 + 12 = 25( Cubo-octahedron spun equators{3D}

http://easycalculation.com/funny/interesting-facts/prime3.php
33 33 333 1 Prime

Also 31 stays prime out to 6, 7 or 8 places depending on how we define or count those places.
..31....
..331...--2 places
..3331..--3 places
..33331.--4 places
..333331..--5 places.
..3333331..--6 places
..33333331..--7 places

Pi^3 = 31 . 00 62 7
.{ where ^3 is representative of 3D }..

31 bi-lateral spinal nerves

7 * 11 * 13 = 1001
.{ see schererazade 1001 Tales of Abrian Knights }.

Humans appear as a biological inbetweeness size.
Whales( macro ) humans(medio ) bacteria( micro )

6, 10, 15 = 31 Great( equatorial )Circle-like Polygonal Planes( GrCPP's ) of the 5-fold Icosahedron( Phi / golden )
.{ the 10-GrCPP's define 5 sets of overlapping VE/cubo-octahedra in Icosahedron }.

VE/cubo-octahedron, is the inter-transformative( intermediary ) Operating System( OS ) of Universe.
.{VE contracts through a icosahedral-like phase/configuration }..

3-fold tetrahedron, 4-fold octahedron 5-fold icosahedron
.{ these three are the only regular/symmetrical/Platonic and triangularly stable polyhedra of Universe.
.{we find the octahedron is also an inbetween intermediary }.

3+ 4+6 + 12 = 25 Great( equatorial )-circle-like, Polygonal Planes of VE/cubo-octahedron.
.{ the 4 and 6 add to 10 }....

Please bear with me and I will try to get to the point of this topic "numerical grease = #11 later below.

In various sciences or whatever, we occsaionally come across a fixed set of somethings yet there is many times what appears to be an odd-bird out addition the whole set as one extra part to the set.

I forget but wasn't there 20 amino-acids and then they found one more a 21st?

RNA-DNA is has its four( AG-CT ) but Uracil is odd-bird out 5th( odd-bird out ) that is interchangable with thymine?

VE has 24 edges and the VE's GrCPP's = 24 + 1 ergo 25.

Icosahedron( Phi ) has 30 edges and Ico. GrCPP's = 3o + 1 ergo 31.

So the number eleven, in a simple linear set, of 7,11 13, falls inbetween 7 and 13 ergo it is like an intermediary oil, grease or water between the moving parts of the #7( axi of VE 14 surfaces )

#11 = 10 + 1

and #13 nuclear vertex( one-in-the-oven ).

I'm seeing #11 as an intermediary or slop-in-the-system( loose machinery ) and more specifically within the Operating Systems of Universe.

We can easily associated the #7 with the VE's Xx( female )-4-axi and Xy( male )-3-axi ergo 7.

We can easily associate the #13 with the one-in-the-oven/womb of the VE aka 12-around-1.

But #11( eleven ) does not easily correspond/relate to VE or icosa except in circumstances where we add in a one(1) ex the above inbetween #10's + 1 = 11 ergo #11 is an allowance for slop-in-the-system.

I will need to do the research again, but I'm pretty sure there is info out there that considers slop, or slide in various systems to make them work.

Software or electronic systems maybe harder for me to find but read on below.

Many things--machinery---of the 20th century industrial age have or allow as certain amount of slop into the system other wise they might lock into place and not move at oil....grease, oil and water is the intermediaries used that helps keep this from happening.

The first good example that comes to mind, is that of a limited slip differrential( rear end ) invented by Ford Motor Co.

Limited slip allowed the diametrically opposite axial to spin freely if truck got stuck in mud. Locking rear-ends are better for pulling through the mud, however, if you reach a certain critical limit, somethings gotta give and to prevent the axial from giving( breaking ) limited slip allows other axial to turn freely ergo no breaking of axial but you may remain stuck.

Pig slop --slippage-- was greasy mess of leftovers fed to the pigs.

[racecar]

hmmm...

my step-mother sent me a request to play words with friends on facebook some days ago. today i decided to play. i got first word...gifts (20 points)...she played her word. second word for me.....sight (11 points). Hey..that is 31. I've been...umm...noticing 131, 13.1 and 31 lately.

[Rybo]

My correlations to 31 are well presented already for those who have desire and efffort to understand those correlations....for those who desire more go to following link an think of each VE/cubo-octahedron and having one icosahedron face bonded externally to each of the VE's 8 surface equilateral triangles.

Ico-8-around-one

Next, realize that, of the icosahedrons 31 Great Circle-like Polygonal Planes----GrCPP's---15 define the icosahedron ergo they define the 20 equilateral triangles, of which one of those triangles surface bonded to one of VEs triangles via the three edges and vertexes that define a triangle......

Next understand that in addition the 15 GrCPPs', there are 10 and 6 GrCPP's of an icosahedron ergo the 15 define at define at least one triangle and within that one triangle, is the 10 and 6 geodesic trajectories of the 10 and 6 GrCPP's subdividing the equilateral triangle.

You can see that in the following link that one equilateral triangle is subdivided into 24 right triangles.

457.30B 120/480 right triangles

So, next understand that, the VE has that 24 right triangles in each of its 8 surface triangles because of the icosahedrons 10 and 6 GrCPP's subdividing it.

Next, understand that, the VE spins its equator and will contract to octahedron.
460.08Jbug collapse to oct

The VE will also contract to tetrahedron.
Jitterbug collapse to tet

And finally, the most contracted form of the VE, is a 8 triangles folded on top of each other congruently and this can be seen as ultra-compaction via ultra-tension, so that we have collapse the 3D VE with its total 14 surface faces, to what could be viewed as only one triangle---via ultra-compression of all 8 of VEs surface triangles---- and on each side of this superficially appearing, one flat triangle we have what appears as one icosahedron on each side of this one compressed triangle.

So, not only do we say that the 8 triangles are compressed as one triangle, we say that 4 icosahedron on each side of the triangle are compressed together---are at lest very close together----- so as to appear totally congruent with all their GrPP's on each side.

Now what pattern is on the one, no commonly shared by all---or both---icosahedron I can say for sure, but suffice it to say, that whatever that pattern is---including the triangle itself---is what I view the as simple to understand scenario for what is known in cosmology as, "Heat Death" of our finite physical Universe.

THe "Heat Death" scenario says that we live in an entropic Universe, ergo some day all energy will dissipate all of its heat/infrared-----EMRadiation of specific frequency---and all that will remain, is a very large and very flat photon.

My above geometrical scenario, is one relatively easy to grasp visualization of how that could occur via associated geometries I have given here above and many other places, including other topics here at TOEQ.

THE Vector Equilibrium can be vectorially equal at maximum expansion, as the VE/cubo-octahedron, but also as the superficially appearing one equilateral triangle that is really 8 congruently face bonded as one.

Ultra-micro quasiphysical, geodesically spherically membranic, gravitational spacetime, resides i.e. remains on either side of the one large very flat triangle or photon as the case may be.

This whole finite scenario may actually---in reality---consists of many VE's that are al connected, all collapse to this superficially appearing one triangle, and scenario becomes one very large set of triangles and some of them having the supperficially appearing one icosahedron and its additional 10 and 6 GrCPP's subdivided some of the triangles.

These are relatively new scenarios I'm considering and to not have the graphic abilites to explore further where the icosahedra would be attached this large set of triangles.

If there was two 31 GrCPP's on each side of every triangle, then that means, that the icosahedra on either side, would overlap-ingly interfere with others on the same side of the large flat subdivided "Heat Death" plane aka flat photon.

Rybo

[AntonioLao]

Is infinity (assuming it is defined as a number) the largest prime number or is it the largest even number?

[Rybo]

Not a number. Rybo

[AntonioLao]

Does the largest prime or the largest even number exist?

[Rybo]

That question has to be taken in context of or relative to something specific....ex. in my house the largest nunber ever written is not likely to be have more than 8 digits....thats a guess.

So next we can ask what is the largest number ever written by humans.....so that is another specific case.

Next we ask if the Universe is finite, does there exist and moment or between moments a finite set of quantum events?

What ever that number is may be the largest number in existence, as reference to a finite Universe.

Now finially, we to allow for a Universe that may fluctuate the number of quantum events that can occurr, there may exist a finite number that we can not ever know for sure what it is, at least in reference to all quantum events of Universe.

There can only be a laregest number relative to some physical and quasi-phyiscal existence. I hope that is clear enough.

RYbo

[AntonioLao]

That is why to resolve the problem with the use of numbers to describe infinities we need the idea of algebraic topology. In topology the ideas of measureability, countability, and quantifiability hold a backseat to the ideas of topological equivalence. In this sense, a sphere can never be topologically equivalent to a torus no matter how large or how small they can be relative to each other.

[Rybo]

There is the infinite set {oo } which I find ridiculus but I'm no mathematician.....the only infinity I acknowledgeto exist, is that of the macro-micro-infinite, non-occupied space aka true nothingness spacialityimho Rybo

[AntonioLao]

Topological infinity does not exist simply because topology does not use numbers to measure or to quantify.