what is nanotechnology ? who it is useful?
an example of nanotechnology
"lab on chip"
"lab on chip"
what comes in your mind when you heard the word "nanotechnology"
have you heard about nano car
it is famous for its small size and its speed.
same as "nano" nanotechnology means study / application of extremely small things and can be used across all the field of science such as chemistry , biology , physics, material science and engineering .
it is very hard to imagine how much nanotechnology is small.
if we search on google then we will find that
same as "nano" nanotechnology means study / application of extremely small things and can be used across all the field of science such as chemistry , biology , physics, material science and engineering .
it is very hard to imagine how much nanotechnology is small.
- there are 25,400,000 nanometer in an inch.
- a sheet of newspaper is about 100,000 nanometer thick.
- on a comparative scale, if a marble were a nanometer , then one meter would be the size of earth.
if we search on google then we will find that
nanotechnology is manipulation of matter on an atomic, molecular and supramolecular scale . the earliest , widespread description............
which is not understandable .
so today i will tell you about nanotechnology in simple definition.
simple definition
Nanotechnology
What is Nanotechnology?
Nanotechnology can be an entangled theme with new advances being made on a practically consistent schedule. Numerous individuals need an asset for finding out about and staying aware of changes in the field. Regardless of whether you're an understudy, industry proficient, or only inquisitive about the fate of our reality, you can utilize the articles and clarifications on this site to keep up to speed on everything nano. Focussed around the employments of nanotechnology, UnderstandingNano likewise offers data about organizations and research labs engaged with nanotechnology, just as portrayals of nanomaterials and exercise plans for educators and understudies.
Look at our included site page, Nanocomposite Applications. You can discover data on other nanotechnology points by utilizing the route bar above, through the Quick Links on the left half of numerous pages, or by perusing through the nanotechnology themes presented underneath.
another definition ?
Nanotechnology is a field of research and development worried about structure 'things' - by and large, materials and gadgets - on the size of iotas and particles. A nanometre is one-billionth of a meter: multiple times the distance across of a hydrogen molecule. All things considered, 80,000 nanometres. At such scales, the customary principles of material science and science never again apply. For example, materials' attributes, for example, their shading, quality, conductivity and reactivity, can vary considerably between the nanoscale and the full scale. Carbon 'nanotubes' are multiple times more grounded than steel yet multiple times lighter.
how it is useful?
Assembling Advantages
Nanotechnology is as of now making new materials accessible that could reform numerous regions of assembling. For instance, nanotubes and nano particles, which are cylinders and particles just a couple of iotas over, and aerogels, materials made out of light and solid materials with astounding protecting properties, could make ready for new systems and prevalent items. Moreover, robots that are just a couple of nanometers long, called nanobots, and nanofactories could help develop novel materials and articles.
Vitality Advantages
Nanotechnology may change the manners by which we get and use vitality. Specifically, all things considered, nanotechnology will make sunlight based force progressively efficient by decreasing the expense of developing sun powered boards and related hardware. Vitality stockpiling gadgets will turn out to be progressively effective thus. Nanotechnology will likewise open up new strategies for producing and putting away vitality.
Points of interest in Electronics and Computing
The field of hardware is set to be upset by nanotechnology. Quantum specks, for instance, are little light-creating cells that could be utilized for brightening or for purposes, for example, show screens. Silicon chips would already be able to contain a huge number of segments, yet the innovation is arriving at its breaking point; at one point, circuits become so little that if a particle is strange the circuit won't work appropriately. Nanotechnology will permit circuits to be built precisely on a nuclear level.
Clinical Advantages
Nanotechnology can possibly acquire significant advances medication. Nanobots could be sent into a patient's conduits to clean up blockages. Medical procedures could turn out to be a lot quicker and increasingly precise. Wounds could be fixed cell-by-cell. It might even get conceivable to mend hereditary conditions by fixing the harmed qualities. Nanotechnology could likewise be utilized to refine tranquilize creation, fitting medications at an atomic level to make them progressively successful and decrease reactions.
Ecological Effects
A portion of the more lavish negative future situations have been exposed by specialists in nanotechnology. For instance: the purported "dim goo" situation, where self-repeating nanobots expend everything around them to make duplicates of themselves, was once generally talked about yet is never again viewed as a solid risk. It is conceivable, notwithstanding, that there will be some negative consequences for the earth as potential new poisons and toxins might be made by nanotechnology.
Monetary Upheaval
All things considered, nanotechnology, as different advances before it, will cause significant changes in numerous financial zones. Despite the fact that items made conceivable by nanotechnology will at first be costly extravagance or expert things, when accessibility expands, an ever increasing number of business sectors will feel the effect. A few advances and materials may get old, prompting organizations gaining practical experience in those territories leaving business. Changes in assembling forms achieved by nanotechnology may bring about employment misfortunes.
Protection and Security
Nanotechnology raises the chance of infinitesimal account gadgets, which would be basically imperceptible. All the more truly, it is conceivable that nanotechnology could be weaponized. Nuclear weapons would be simpler to make and novel weapons may likewise be created. One chance is the alleged "savvy slug," a modernized shot that could be controlled and pointed precisely. These advancements may demonstrate a help for the military; however on the off chance that they fell into an inappropriate hands, the outcomes would be critical
Nanotechnology is a field of research and development worried about structure 'things' - by and large, materials and gadgets - on the size of iotas and particles. A nanometre is one-billionth of a meter: multiple times the distance across of a hydrogen molecule. All things considered, 80,000 nanometres. At such scales, the customary principles of material science and science never again apply. For example, materials' attributes, for example, their shading, quality, conductivity and reactivity, can vary considerably between the nanoscale and the full scale. Carbon 'nanotubes' are multiple times more grounded than steel yet multiple times lighter.
how it is useful?
Assembling Advantages
Nanotechnology is as of now making new materials accessible that could reform numerous regions of assembling. For instance, nanotubes and nano particles, which are cylinders and particles just a couple of iotas over, and aerogels, materials made out of light and solid materials with astounding protecting properties, could make ready for new systems and prevalent items. Moreover, robots that are just a couple of nanometers long, called nanobots, and nanofactories could help develop novel materials and articles.
Vitality Advantages
Nanotechnology may change the manners by which we get and use vitality. Specifically, all things considered, nanotechnology will make sunlight based force progressively efficient by decreasing the expense of developing sun powered boards and related hardware. Vitality stockpiling gadgets will turn out to be progressively effective thus. Nanotechnology will likewise open up new strategies for producing and putting away vitality.
Points of interest in Electronics and Computing
The field of hardware is set to be upset by nanotechnology. Quantum specks, for instance, are little light-creating cells that could be utilized for brightening or for purposes, for example, show screens. Silicon chips would already be able to contain a huge number of segments, yet the innovation is arriving at its breaking point; at one point, circuits become so little that if a particle is strange the circuit won't work appropriately. Nanotechnology will permit circuits to be built precisely on a nuclear level.
Clinical Advantages
Nanotechnology can possibly acquire significant advances medication. Nanobots could be sent into a patient's conduits to clean up blockages. Medical procedures could turn out to be a lot quicker and increasingly precise. Wounds could be fixed cell-by-cell. It might even get conceivable to mend hereditary conditions by fixing the harmed qualities. Nanotechnology could likewise be utilized to refine tranquilize creation, fitting medications at an atomic level to make them progressively successful and decrease reactions.
Ecological Effects
A portion of the more lavish negative future situations have been exposed by specialists in nanotechnology. For instance: the purported "dim goo" situation, where self-repeating nanobots expend everything around them to make duplicates of themselves, was once generally talked about yet is never again viewed as a solid risk. It is conceivable, notwithstanding, that there will be some negative consequences for the earth as potential new poisons and toxins might be made by nanotechnology.
Monetary Upheaval
All things considered, nanotechnology, as different advances before it, will cause significant changes in numerous financial zones. Despite the fact that items made conceivable by nanotechnology will at first be costly extravagance or expert things, when accessibility expands, an ever increasing number of business sectors will feel the effect. A few advances and materials may get old, prompting organizations gaining practical experience in those territories leaving business. Changes in assembling forms achieved by nanotechnology may bring about employment misfortunes.
Protection and Security
Nanotechnology raises the chance of infinitesimal account gadgets, which would be basically imperceptible. All the more truly, it is conceivable that nanotechnology could be weaponized. Nuclear weapons would be simpler to make and novel weapons may likewise be created. One chance is the alleged "savvy slug," a modernized shot that could be controlled and pointed precisely. These advancements may demonstrate a help for the military; however on the off chance that they fell into an inappropriate hands, the outcomes would be critical
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