Nanotechnology, Nanomachines, Nanobots and non-biomolecule Nanobiotech

http://www.nanotransformation.com Bionanotech and nanobiotech are terms that are used interchangeably. This is not technically correct. Nanobiotech can use nano-elements that are not created by living organisms. (bio molecules) Bionanotech must use bio molecules to further the agenda of Biotech (big Pharma and big Agro). Nanobiotech can use nano assemblers and nanobots that include zeolites, elements, nano minerals and the rest.

Category:

News & Politics

Tags:

• Nanotechnology
• Nanomachines

[moron160]

Im not a scientist, but to me this is 90% way too much time wasted by the nerdicalogical society and jedi grab ass cadets of the "Ivy League"<---- = just a higher tuition... Time to leave the nest and grab a broom or get a job, brainiacs.... Back to the drawing boards 

[avemunsayac]

Solid Snake brought me here :D

[lightpyramid]

Why didn't he say how small the gear machine was? He said, "yo can't imagine how small it it", then left us hanging. :-(



[imthaman1234]

Nice i need some nanobots

[Prolite]

@kermitcintronsucks Some forecaster predict this will occur around 2030 to 2040. However, whenever the technology becomes possible, it has to go through years of testing in mice, than years of testing in clinical trials of humans, than an acceptance by the FDA to approve this BEFORE the general public can have a shot at this. If I was to guess, life extending technology won't be available to the public until about 50 years from now, at least.

[1NX9]

@silent9173

"such a machine would need to be created by molecular powerplant of nanomachines."

It would likely be similar to how ICs are created. Through photolithography process.

[1NX9]

@silent9173

I agree. I'm cautious about some of the claims of some futurist. Some of it is a little far fetch for me as well. I'm into microelectronics. If only if they knew some of the manufacturing technical difficulties in microchip manufacturing they would realize that.

[1NX9]

@silent9173

Let me first appologize if you take my words the wrong way. .

With nanorobots it would be extremely difficult to put a programmable computer into the size of a blood cell. The more feasible alternative would have an external computer controlling it via remotely using short wave radio so it can pass through liquid material. Essentially the brain being on the outside.

[1NX9]

@1NX9

btw Nothing personal or anything. I dont want anyone to take my comments the wrong way.

Peace

[1NX9]

@silent9173

First of all nanobots circulating in the human body needs not be smaller than a human red blood cell.

Second of all molecular manufacturing for nanomaterials has already been done through various lab processes. For very small molecular manufacturing with nanobots on the hand I would personally doubt (never claim I did).

Third. The Isreal Institute of Technology has already created a robot that can travel within arteries called "Vi-rob". Theres info on it over the net.