Nano is anything small. And placing these nano items of matter –that exist in the form of atoms break further into electrons, protons, and neutrons.
Placing these atoms near like a brick is ‘Nanotechnology.’ The technology was developed by Physicist Richard Feynman, considered nanotechnology’s father.
Chintamani Nagisa Ramachandra Rao FRS made an Indian contribution in this field.
His contribution to Nanotechnology has been a chemist who has worked for solid-state and structural chemistry and has more than 51 books on it with several doctorate recognition from international universities.
If defined scientifically –in Nanotechnology, there is the manipulation of material on an atomic or molecular scale to build very small or microscopic devices like robots.
Nanotechnology gives us control over knowing the structure of matter.
Technology allows us to build all those things that are permitted by the laws of nature. So much was discovered within the technology from the time it was found and applied that its use was applied for making:
-Purification processes like:
- desalination of water
- water filtration
- wastewater treatment
- groundwater treatment
-Industrial processes like:
- construction materials
- military goods
- nano-machining of nano-wires
- few layers of graphene
- Nano-biotechnology, which is hybrid, is the latest addition.
Here’s An Attempt To Answer A Few Questions That Scholars Invariably Hold About Nanotechnology:
Scholars look for answers to questions like:
What Is Nanotechnology And How Does It Work?
Nanotechnology enables us to have complete control over matters’ structure.
It allows science and technology to build any structure of the smallest size that can exist in nature.
It joins the smallest atoms together like a brick to make them either the smallest or connect them to form more giant structures that the laws of nature can permit.
The technology works at a low cost, one of the reasons also for its acceptability.
It aims at using asphalt material, which is more durable. The technology controls matter at the smallest level, where the dimensions run between 1 and 100 nanometers that enable novel applications.
The technology mostly manifests and betters the use of catalysts.
Like Zinc oxides, titanium dioxide, asphalt, and more to produce the smallest of devices.
The three are photocatalyst substances that can form free radicals as soon as they contact sunlight.
They can make products that can use parts as small as electronic devices, catalysts, sensors.
Knowing more, there is always the university assignment help available by the online assignment experts that can be referred to understand if there are assignment questions that are bothering you on Nanotechnology and an essay.
What Is The Use Of Nanotechnology In Everyday Life:
For an average person, his daily life begins with technology, right from when the individual washes his hands and face. Nanotechnology is used in a range of everyday consumer products, such as handwashing like it was used. It is being used now during the pandemic COVID-19 to deliver antimicrobial hand wash, bandages, and socks, UV-protective elements in sunscreens, and much more.
The Technology Helped Humans:
They considerably improved and revolutionized industry sectors like those of the information technology (IT), the security surveillance concerns, in transportation, medical facilities, food and energy and safety, its uses in environmental sciences, and many more; as more and more scientific discoveries on binary fusion will be made to make life easier with several inventions, the last being Nano-biotechnology.
Importance Of Nanotechnology:
Nanotechnology is essential as it helps make the existing industrial process better by fully exploiting the quantum and the surface phenomena of matter –which is exhibited at the Nanoscale.
However, besides being very useful by making full use of further breakdown of value, the technology can prove to be of potential threat to the environment and the life existing in it. The reason is that the technology can use — or in fact, in many cases also uses materials that can be reproduced with — molecular manipulation.
More importantly, the benefits of this technology are producing newer and faster computers, more important power resources for life-saving drugs, and medical cure.
Nanotechnology’s significant disadvantages are an economic disturbance; it can create potential security threats, health concerns, and the milieu in which a person dwells.
Dangers Related To The Technology Are:
The technology is continuously using nanoparticles that are particularly dangerous for three main reasons:
-The smaller particles can damage the lungs.
-Nanoparticles enter the lungs as well as the other parts of the body.
-Nanoparticles can get into the brain and snuff out life.
Some studies have also indicated that nanoparticles could damage the DNA of an individual and lead to cancer.
However, the same technology is also used for cancer diagnosis and drug delivery.
Also, infected lungs due to nanoparticles in it are recovered by a process called the macrophage of cells, which uses Nanotechnology to remove the particles from the lungs and flushes them out through the urine.
The Difference Between Nanoscience And Nanotechnology Are:
On the one hand, Nanoscience studies are about the nanomaterials present in them. The two together reshape and redefine the world around us.
While the technology depends on their ability to design and produce materials at the Nanoscale, the material produced therein is called nanomaterials, which exhibit unique and different properties from chemical substances and are more extensive.
Nanotechnology’s discipline is so vast that there are several literature and essays available on the website for it.
However, the suggestion is, in case you have an assignment help on the subject, it would be best if you avail the service providers online. They have online assignment experts to explain to you more about the technology in detail so that the assignments are accomplished amicably.