nanotechnology
નેનો ટેકનોલોજી
definition
noun
Eventually, nanotechnology and semiconductor device technology will converge.
the branch of technology that deals with dimensions and tolerances of less than 100 nanometers, especially the manipulation of individual atoms and molecules.
example
This latest fretting has been prompted by a branch of science called 'nanotechnology' .
I don't write about just politics or just war or just 'nanotechnology' or music or science.
For example, 'nanotechnology' may facilitate the development of Von Neumann probes.
The reason for this disparity is that most definitions of 'nanotechnology' are impossibly broad.
The team from the physics department are experts in 'nanotechnology' , which involves engineering on a microscopic scale.
Governments and the military have no exclusive access to genetics, robotics or 'nanotechnology' .
What is 'nanotechnology' and why is it such a buzz in the computer industry?
Students presented papers on 'nanotechnology' and super conductors.
With 'nanotechnology' engineers manipulate atomic sized particles to create tiny machines.
How can you see 'nanotechnology' or even macro technology on the way to Mars generating the sorts of energy that you need?
Nearly all the laws dealt with promoting 'nanotechnology' in those states.
They were describing an area of advanced 'nanotechnology' called molecular manufacturing.
Issues of complexity, evolution, 'nanotechnology' and robotics sit in the very center of this debate.
The former group thinks of 'nanotechnology' as essentially a new branch of materials science.
An eclectic band of researchers is mapping out a new frontier of science known as 'nanotechnology' .
It would be irresponsible if this outcome was to be repeated with 'nanotechnology' .
Whilst we are a long way away from turning lead into gold, science at the atomic level, or 'nanotechnology' , is with us already.
There is talk of cooperation in 'nanotechnology' and solar energy as well.
The center's research is aimed at the interface of 'nanotechnology' and biology at the molecular level.
Eventually, 'nanotechnology' and semiconductor device technology will converge.
This phenomenon will find a number of 'nanotechnological' applications, particularly as it benefits from field gradients near small conducting objects.
This research could give a 'nanotechnologist' a lot more materials for construction.
At worst, the biosphere could even be destroyed by what 'nanotechnologists' call grey goo, as a result of self-replication, which is a key goal of genetic engineering.
This storage compression takes place within the context of some hardware, and so the quest for 'nanotechnological' progress is intimately linked to it.
Seen this way, mainstream nanotechnology isn't truly new; we've been unwitting 'nanotechnologists' for centuries.
Even the bizarre prospect of machine-brain interaction and implanted 'nanotechnological' devices starts with therapeutic efforts to enable the blind to see and the deaf to hear.
As explained elsewhere in this issue, 'nanotechnologists' envision molecular machines that could create an era of material abundance.
Although this analysis is concerned with and applied to an extreme case of potential biological importance, it might have broad implications on 'nanotechnological' problems.
He'll develop 'nanotechnological' optical imaging strategies to catalog signaling cascades at the molecular level.
Lured by such large numbers, and always on the look-out for the next big thing, venture capitalists are fervently courting 'nanotechnologists' .
Credits: Google Translate
