10 reasons why future belongs to Nanotechnology!

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Think of a nanometre. It is one-billionth of a metre. Closely, a single strand of human hair is approximately 50,000 nanometers in diameter. Imagine the precision of a nanometer in the manufacturing and functioning of machines. Nanotechnology is that engineering at this atomic and molecular level. How about robots, chips, motors or computers less than the cellular sizes. This sounds like science fiction but is real life Physics. Hundreds of companies around the world are producing nanotechnology based products such as microprocessors, batteries, textiles, medicines and more. The age of nanotechnology began when the world scientists acquired the scanning tunneling microscope and atomic force microscope.

Medieval stained glass windows are an example of  how nanotechnology was used in the pre-modern era. (Courtesy: NanoBioNet)
Medieval stained glass windows are an example of how nanotechnology was used in the pre-modern era. (Courtesy: NanoBioNet)

1. Eric Drexler was the pioneering scientist whose published book Engines of Creation displayed some ground-breaking realities. It is believed that Nanotechnology has the potential to bring revolution and transformation in diversified sectors such as aerospace, biotechnology, industries, medicines, environment, etc. It was Drexler’s staunch prediction that “future nanofactories will be able to convert simple chemical feedstocks into large, atomically, precise products cleanly, inexpensively, and with moderate energy consumption”.

2. There has been 4 generations of development in nanotechnology.
The first generation products of the early 2000s comprise of dispersed and contact nanostructures, for example aerosols, colloids, nanostructure metals, polymers ans ceramics.
The second generation, namely in the year around 2005, biological health devices like drugs, along with physio-chemical devices such as transistors and amplifiers.
The third generation of nanosystems will venture into 3D networking and robotics.
Lastly, the fourth generation of the present times is sweeping the molecular designs and other atomic level technologies.

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With 15,342 atoms, this parallel-shaft speed reducer gear is one of the largest nanomechanical devices ever modeled in atomic detail.
With 15,342 atoms, this parallel-shaft speed reducer gear is one of the largest nanomechanical devices ever modeled in atomic detail.

3. Nanotechnology development involves maneuvering of conventional materials altering their nanoscale composition. This methodology is widely used in silicon chips. Bringing into picture nanolithography which is the science of etching or printing microprocessors or computers at the microscopic level, this technique has been deployed by Intel for producing microchips that are 32 nanometres wide.

Polymer scientists make imprint on nanolithography
Polymer scientists make imprint on nanolithography
Molecular Imprints Imprio 55 Nano Imprint Lithography
Molecular Imprints Imprio 55 Nano Imprint Lithography

4. Juxtaposition of certain conventional materials and nano-sized particles are used to create nanocomposites. For example, nanotech sunscreens are made of nano-particles of titanium and zinc oxide. Also, silver nanoparticles are used to produce medical and cleaning products. Another startling fact is that carbon nanotubes are 115 times more strong than steel. Henceforth, these additives are added to glass, steel and plastics thus rendering it stronger.

5. We all have heard about graphene, the discovery which fetched Nobel Prizes to the scientists Andre Geim and Kostya Novoselov in 2010. This is also a nanoparticle of single layer carbon atoms arranged in a honeycomb style. Its strength, flexibility, transparency and electrical conductivity has found applications in electrochemical energy storage and conversion devices. Also, future FOLED screens and displays can be made ubiquitous by using graphene.

Found on visual.ly
Found on visual.ly

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6. There are innumerable applications of nanoparticles in everyday life. Elaborating on these uses, some of them are:
Nanoscale additives forming Polymer composite materials such as bats, rackets, helmets, bumpers.

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Nanoscale thin-films for eyeglasses, LCD displays, water-repellent and antimicrobial glasses.

Nano-particles in the cosmetic industry, for creams, lotions, sunscreens, shampoos and special make-up packages.

Nanocomposites in food to prevent it from growth of bacteria, keeping it fresh for a longer time.

Nano-engineering in rechargeable batteries, efficient sensors and electronics, solar panels, alert systems, thermoelectric materials, and many more.

Nanoparticle catalysis specifically in petroleum refining and in automotive catalytic converters.

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6. The US Department of Energy’s Lawrence Livermore National Laboratory is using nanotechnology for desalination of water. Here the carbon nanotubes will reject salt ions and help remove common salt from water. This will help fresh supply of fresh water and solve global shortage problems. A project funded by European Union and University of Bath is developing a smart nanotech badge. The Hope Project of South Africa with the help of researchers from Stellenbosch University’s Water Institute is using nanotechnology in water purification. Ecole Polytechnique de Montreal is developing nanorobots for cancer therapy. Similarly, nanotechnology has found immense ground-breaking application in MRI, targeted drug delivery, retinal therapy, etc.

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Found on healthworkscollective.com
Found on healthworkscollective.com

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7. It is speculated that soon nanotechnology will help constitute the whole computer in a single microchip. The nano-transistors and RAM would be robust and advanced protecting data loss accident. The future OLED displays will be nanostructured giving efficiency in energy, weight, density and lifespan. The smart cards, RFID, smart packaging, flash memories, antibacterial coatings and other electronic items will be revamped with greater standards. Moreover, there are no health risks associated with such ubiquity.

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8. Nano-solar panels are another promising technique of providing electricity through solar energy. This futuristic technology can be utilized in fuel efficiency relating to cleaner combustion and reduced friction. Low cost alternative transport technology is being developed through nanostructured materials. Nanoscience will help convert waste of electronics into energy. Low-friction lubricants, high-light intensity, energy saving illumination and lighter vehicle chassis will help attain sustainable energy.

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9. Environment has become an alarming factor in the contemporary world. Any further degradation can have detrimental consequences on our future. From mechanical filtration to harmful chemical neutralization, nanotechnology will help live a environmentally friendly future.

Found on genesisnanotech.wordpress.com
Found on genesisnanotech.wordpress.com

10. Futurists have a conception that the decades between 2020 and 2050 will be ‘era of relative scarcity’. Nanotechnology is a boon to the human race. It will help bind the thread of life heralding cleaner, safer, progressive, burgeoning and comfortable lives.

Found on mocomi.com
Found on mocomi.com