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A Series of Lessons in Gnani Yoga728<br />

the bottle is corked the copper wire immediately begins to surround itself<br />

with a growth of metallic lead resembling fine moss. From this moss spring<br />

branches and limbs, which in turn manifest a growth similar to foliage, until<br />

at last a miniature bush or tree is formed. Similar “metallic vegetation” may<br />

be produced by other metallic solutions.<br />

All of you have noticed how crystals of frost form on window panes in<br />

shapes of leaves, branches, foliage, flowers, blossoms, etc. Saltpeter when<br />

subjected to the effect of polarized light assumes forms closely resembling<br />

the forms of the orchid. Nature is full of these resemblances.<br />

A German scientist recently performed a remarkable experiment with<br />

certain metallic salts. He subjected the salts to the action of a galvanic<br />

current, when to his surprise the particles of the salts grouped themselves<br />

around the negative pole of the battery, and then grew into a shape closely<br />

resembling a miniature mushroom, with tiny stem and umbrella top. These<br />

metallic mushrooms at first presented a transparent appearance, but<br />

gradually developed color, the top of the umbrella being a bright red, with<br />

a faint rose shade on the under surface. The stems showed a pale straw color.<br />

This was most interesting, but the important fact of the experiment consists<br />

in the discovery that these mushrooms have fine veins or tubes running<br />

along the stems, through which the nourishment, or additional material for<br />

growth, is transported, so that the growth is actually from the inside, just<br />

as is the case with fungus life. To all intents and purposes, these inorganic<br />

metallic growths were low forms of vegetable his.<br />

But the search for Life does not end with the forms of the mineral world as<br />

we know them. Science has separated the material forms into smaller forms,<br />

and again still smaller. And if there is Life in the form composed of countless<br />

particles, then must there be Life in the particles themselves. For Life cannot<br />

come from non-Life, and if there be not Life in the particles, the theory of<br />

Omnipresent Life must fan. So we must look beyond the form and shape<br />

of the mineral—mist separate it into its constituent parts, and then examine<br />

the parts for indications of Life.

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