Difference between Nanotechnology and AI

Artificial intelligence and nanotechnology work well together to develop real-world applications. Both technologies are new today; many people see AI and nanotechnology as science fiction. We can produce more powerful AI if the two technologies are closely interconnected. People cannot spend a single day with outusing smartphones or smart watches.

The personal virtual assistant on your smartphone is one of your smart device's most significant technical advances. The virtual personal assistant works by using artificial intelligence or AI technology. AI is a revolutionary technology that makes devices smart, intelligent and responsive. Another key driving factor beyond the present technological revolution is nanotechnology, which is exploited by nanodevices and nano-fertilizer, the food industry, nanomedicine, the textile industry, and various other industries.

Technology is the application of structures and systems at a subatomic level or nanoscale. Making the stuff at an incredibly small scale is known as nanotechnology. It is a field of research and innovation that will be applied across various fields of science. AI is the science of making machines as smart as humans.

It is a broad computer science division that deals with specific computer system intelligence and independently executes human-like activities. The purpose of nanotechnology is to enhance the field of science and technology to provide realistic solutions for humans to preserve and balance the environment and ecology.

AI will be crucial in the future of nanocomputing, which is computing conducted via tiny mechanics. There are now numerous techniques for nanocomputing devices to execute a function, ranging from physical activities to computational methods. Because many of these gadgets depend on sophisticated physical systems to support intricate computational algorithms, machine-learning techniques may be used to generate innovative information representations for a wide range of applications.

Virtual personal assistants on smartphones are one of the most significant technology advances on a smartphone. Artificial intelligence, or AI, is that virtual personal assistant.AI is a game-changing technique that aims to make computers smarter, more intelligent, and more sensitive.

Read this article to find out more about Nanotechnology and AI and how they are different from each other.

What is Nanotechnology?

The technique involves manufacturing engineering materials at the microscopic level at the nanometre scale, generally known as nanotechnology. Technology was one of the top trending fields in science, business, and news. Nano may be a small word, but it has a rapid potential in the world's consciousness when we say it. The size of the nanometer is one billionth of a meter, which is about 100000 times smaller than the width of a human hair.

Nanotechnology is the manipulation of materials and the development of materials at an exceedingly small scale. This technology can potentially be used for various applications, including industrial and military uses.

At the nanoscale, matter can exhibit remarkable physical, chemical, and biological properties that differ significantly from the characteristics of bulk materials, single atoms, and molecules. Compared to other types or sizes of the same material, certain nanostructures are stronger or have unique magnetic characteristics. Others are more effective in transmitting electricity or heat.

As their size or structure changes, they could become more chemically reactive, reflect light better, or change color. Nanoscale materials have been used for centuries, even though current nanotechnology and nanoscience are relatively new.

What is Artificial Intelligence?

Artificial intelligence is termed "AI" based on a very powerful technology to create smart and intelligent machines that will work more efficiently than humans or to the capacity of humans. Making machines is not new to today's world, as people have been trying to make smarter devices for many centuries. Still, the idea has only recently become a part of modern science with the rise of computers and other digital techniques.

Artificial intelligence is the study of creating clever robots and allowing them to execute tasks or solve problems focused on creating robots that can operate independently and more effectively than humans. Personal assistant gadgets such as Siri and several chatbots are examples of artificial intelligence.

Algorithms are already being employed to represent the frameworks of atoms and materials to understand their properties and how they might interact in different environments. The introduction of artificial intelligence and advanced machine learning algorithms was a logical evolution.

Several types of characteristics need to be connected to construct either one image or a dynamic portrayal of a chemical system. Like other imaging methods, AI can better analyze information and learn from previous experiences to generate a much more detailed depiction of the system under investigation.

Differences between Nanotechnology and AI

The following table highlights the major differences between Nanotechnology and AI −

Characteristics	Nanotechnology	AI
Definition	Nanotechnology is the manipulation and implementation of subatomic or nanoscale systems and components.	AI is a large field of computer science concerned with creating systems that can work intelligently and independently, much the same as humans.
Objectives	The goal is to enhance research and technology in order to provide innovative solutions for human well-being while also maintaining ecological and environmental balance.	The objective is to develop technology that allows robots to replicate people's behavior and activities in order to perform simple to complex tasks or solve issues.
Functions	The objective is to precisely manipulate atoms and molecules on the nanoscale scale to create new particles with unique characteristics.	The objective is to create intelligent machines that can operate as effectively as humans.
Area of application	Nanotechnology used inthe areas of healthcare, energy sector and textile industry.	areas of eCommerce, manufacturing bots and smart assistants.
Founders	The father of nanotechnology called as Richard Smalley	The father of artificial intelligence called as John McCarthy

Conclusion

There are several regions in which the two fields overlap that are fast expanding. AI and nanotech are not mutually exclusive technologies; the two may be combined and produce incredible results. Nanotechnology combines physics, chemistry, and engineering, whereas AI is a scientific achievement and a key to determining robots. On the other hand, nanotechnology might be the solution to making machines smarter.

AI feeds data into computer systems while using basic algorithms to mimic some characteristics of human intelligence to make sound business decisions or uncover patterns for useful insights.