Wednesday, August 17, 2011

Fractal Yarrow Flower

The yarrow flowers are abundant this year, due to an especially late spring and late, heavy rains. Yesterday, when I was out walking the dogs, I noticed how beautifully fractal the yarrow flowers are. Looking at the largest flowerhead shape here as the first level, you can easily see two fractal levels down from there--the florets within the flower have florets of their own. Here's the picture I took with my cell phone.
Notice how fractal the yarrow flower is
When I look at this outwardly bursting, fractal pattern I am reminded of ananda-joy energy exploding outward into our space-time continuum from the center of here and now.

Ananda-joy energy bursting outward into our space-time continuum manifests at the next fractal level up as the smallest level of material quanta (anu). The Simple Explanation proposes that a unit of consciousness (UC) is associated with every manifested thing, from quanta on up.
When the inward-poking forces wrap around from the outside and slide into the vortex, they wind up poking outward from the center in an explosive pattern. You can read more about toroidal flow here.
Here is what the yarrow flower looks like before it unfurls. All the florets are turned inward, facing the inside.
Can you see how the inside of the yarrow resembles the illustration above of toroidal flow? On the outside, you can see only the stems, looking very much like meme strings wrapped around a UC.
I am also reminded of "falling backward" into smaller and smaller fractal calculations until the pattern of the yarrow flower becomes the pattern of the molecules and the atoms and the sub-atomic particles fractally nesting until not even their wave forms remain to disturb the singularity of pure consciousness.
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At the beginning of this article I identified three fractal levels of one repetitive pattern that makes up the yarrow flower. Here are a couple of more pictures that demonstrate two more fractal levels up from the flower. Looking at the entire plant, you can see that each yarrow flower is to the plant as each floret is to the flower. One level up from there, you can see that each yarrow plant is to the field as each flower is to the plant, as each floret is to the flower, as each tiny floret is to the larger floret...
Yarrow flower
Yarrow plant
Yarrow field

Monday, August 8, 2011

Toroids and Trees

Almost every day I walk with my dogs in a small woods that runs alongside a canyon creek near our inn. Over the past three years, I've become very fond of these woods, the little creek, and the tiny waterfall that marks our turnaround point. 
Franny and Zoey at Oredson-Todd Woods in Ashland, OR

Since writing the Simple Explanation, I've been noticing toroids in the trees. Look--
Tree Torus
My cell-phone photos do not do justice to this sensuous, rounded tree torus. Each tree has a torus wherever a branch existed and exists no more. When the branch goes away, the tree's skin fills in and rounds out the hollow.

For that matter, the torus is there from the beginning of the branch, as well. You could say that the branch emerges out of the torus form, like a stick poking out through a donut. It is difficult to observe this at the formative stage, but you can see how it happened in retrospect, by examining a branch in the process of going away.

In the photo above, you see a dead branch on its way out, emerging out of the torus in the wall of a fallen tree. Had this been a live tree, the skin would have grown back around the hole left behind after the branch stump finally fell out, forming the torus shape in the earlier photo.

Tree in process of reforming a torus shape around a sawn-off limb.
In the same manner that the Simple Explanation suggests each of our organs has "a mind of its own" with its own governing UC attached to it, so each tree branch is a separate and distinct entity, a fractal of the mother tree. Each branch as a job to do, to follow the sun and gain nourishment from the rain and sky, in order to contribute to the tree's greater good. When it is no longer able to do its job, the branch withdraws into its original torus shape from which it emerged.