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Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 1 is the first color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 2 is the second color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 3 is the third color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 4 is the forth color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 7 is the seventh and final color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 6 is the sixth color variation of this postmodern fractal image theme.

Have you ever wondered what it might look like as tiny bio-tech nanites or nano-robots do their job of making delicate genetic adjustments to cellular structures? The images of this 7 piece series may give us a clue. Imagine the central mass of the image as an abstraction of a cell nucleus, flanked above and below by a couple of these bio-tech nanites using articulated probing tools to reach into and manipulate DNA sequences. They could do micro DNA surgery correcting mutated sequences of cancer cells, transforming such cells back into healthy non-mutated cells. Nano-Cellular Adjustments Variation 5 is the fifth color variation of this postmodern fractal image theme.

PLAYVR - Adjustable lenses - VR HEADSET with Best HD: Amazon.in: Electronics

A computer graphic with adjustable paramaters, said to illustrate the concept of the harmonics of a weighted string. The graphic display, itself, is poorly documented - we don't know what we are seeing, but we know that it can't be the chain, itself, as the movement is generally circular, not linear and largely screen filling, even for small perturbations. The pictures are, however, pretty, and this is a mildly enjoyable toy. Without further clarification, though, I can not, in good conscience, do as others have done and classify this as "science" or "physics" because no real learning is taking place.