Attack of the Nanobots! GREY GOO Nanotech turns Human Cells into Semiconductors.

Attack of the Nanobots! GREY GOO Nanotech turns Human Cells into Semiconductors.

How do you feel about being the next Bioborg?

Using nanotechnology to turn living brain cells into organic semiconductors that will create the Bioborg individual.

This new era of Drones aka Bioborg or Earthling. Because you can't really call them human anymore because the fabric of the individuals cells have been rewritten and transformed into organic semiconductors that can and will be used in conjunction with other altered cells in the body that have been mutated into other numerous types of semiconductors and so forth. This will rewrite the human brain and the programmers abilities will be close to endless with these Nano Goblins.

Which brings me to my next point of the new Super Preservative aka Grey Goo.
Used in over 100 products right now like low calorie chocolates, beer and makeup, these Nano Goblins can pervade the organs. What is the long term effects of this grey goo?

[link to www.dailymail.co.uk]
[link to www.dailymail.co.uk]


The beauty of this technology aka Nanobots that literally turn human cells into living biological semiconductors and create complex circuit boards out of living tissue.

Now get this, with todays current Public bio-technologies, can fit hundreds of transistors inside a single cell. At the current rate of miniaturization, in less than 10 years over 2500 transistors could fit inside a single living cell.

With Nano sized Robots that can rewrite human DNA and turn living cells into biological microchips, imagine the possibilities.

This technology can be really good, or in the wrong hands you be the judge.

[link to www.nanowerk.com]
[link to en.wikipedia.org]

Growing Microchips Using Proteins From Living Cells
Researchers at the University of Arizona are exploring ways to "grow" microchips using proteins from living cells.
The new biological interconnects would bypass these processes with long strings of proteins called microtubules (MT). They'll connect transistors and other devices in microchips by growing between the device junctions. They're solder-free, don't involve lithography or etching, and are highly uniform. Once the proteins connect devices, they will be coated with metal and turned into microscopic wires.
MTs will allow designers to pack a lot more circuitry into a smaller package. Because they are uniform in size, have very little process variation and will self-assemble, MTs can be used in low-power circuits to lower energy demands 10 to 100 times below those of conventional circuitry.
When MTs are grown on a microchip, they will "know" where to make the proper connections because their ends have different polarities.