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Given the profound, earth-shattering implications of molecular manufacturing (MM), the world should be very interested in what nations are most likely to initially develop this technology.
Many nations have nanotechnology initiatives, but the term "nanotechnology" has lost much of its original meaning and only a few nations have a realistic chance of being the first to develop a general purpose exponential molecular manufacturing capability.
Given the financial resources and collective brainpower at their disposal, the following world powers seem best positioned to develop MM first:
1. The United States2. The European Union3. Japan4. China5. Russia
Solid arguments could be made for each of these powers being the first to suceed, but the Bible provides us with the answer. Given the projected timeline for MM's development, it seems highly unlikely that, even if the seven year tribulation period began today, it could play out in its entirety before the development of MM.
Given the financial resources and collective brainpower at their disposal, the following world powers seem best positioned to develop MM first:
1. The United States2. The European Union3. Japan4. China5. Russia
Solid arguments could be made for each of these powers being the first to suceed, but the Bible provides us with the answer. Given the projected timeline for MM's development, it seems highly unlikely that, even if the seven year tribulation period began today, it could play out in its entirety before the development of MM.
Molecular manufacturing (MM) means the ability to build devices, machines, and eventually whole products with every atom in its specified place.
When we have the ability to implement the practical applications of any research project in this field
In my opinion molecular manufacturing will be developted in the near future. Molecular manufacturing is very usefule, so there is strong pressure to develop it as soon as possible.
Although there are several possible ways to develop an MM capability, the best way appears to be the creation of fabricators and then nanofactories that can make diamond lattice
Today the theories for using mechanical chemistry to directly fabricate nanoscale structures are well-developed and awaiting progress in enabling technologies. So it will come quickly as soon as it arrives.
The future of technology is sometimes easy to predict. Computers will compute faster, materials will become stronger, and medicine will cure more diseases. Nanotechnology, which works on the nanometer scale of molecules and atoms, will be a large part of this future, enabling great improvements in all these fields. Advanced nanotechnology will work with molecular precision, making a wide range of products that are impossible to make today.
Why focus on molecular manufacturing? Every manufacturing method is a method for arranging atoms. Most methods arrange atoms crudely; even the finest commercial microchips are grossly irregular at the atomic scale, and much of today’s nanotechnology faces the same limit.
Chemistry and biology, however, make molecules defined by particular arrangements of atoms always the same numbers, kinds, and linkages. Chemists use clever tricks that don’t scale up well. Biology, however, uses a more powerful method: cells contain molecular machines that read genetic data to guide the assembly of large molecules (proteins) that they serve as parts of molecular machines. Molecular manufacturing will likewise use stored data to guide construction work done by molecular machines, greatly extending abilities in nanotechnology.
We have very long way to go. In my opinion many generations yet to come to make it successfull. If one is successfull in this technology, then it is like you scan the documents and send the duplicate copy in e mail to the other user. like wise you scan a physical product and convert them in neutral file format and send it by e mail and in the other end the machine build a duplicate product of it.
Very briefly nanotechnology will help us to Creates more and more
In order to achieve development in molecular manufacturing advances in nanotechnology should be acquired.
