Investigating The Advantages of Bio-electronic Nano robots

Note: Nano robots are small machines designed to perform specific and sometimes repetitive operations with very high precision.  One of the other capabilities of nano-robots is self-replication,  and they are also compatible with the biological conditions of the human body.

They have machine intelligence at an advanced level to choose the best option to diagnose the disease. For example, cancer, which is the most common incurable disease,  they will not only be able to diagnose the exact location of the cancer, but also inject the right medicine to destroy the cancer cells. Nano robots are made in sizes between 0.1 and 10 micrometers and with nano scale or molecular components. Nano machines are largely in the research and development phase.

Energy sources of nano robots

Supplying energy from the environment in which the nano-robot is working is the most effective method for them because they are constantly moving and active. (in any environment, not only the biological environment)

Energy sources

• Fluid kinetic energy
• Electromagnetic radiation
• Temperature changes
• Energy produced from vibration  ( different environments, especially the biological environment )

Advantages of nano robots

In general, there are two important issues in making a nano robot. First, simulation and design based on macro robots that include driving force; communication and orientation, and the second is assembly of nano robot parts. Research in the field of nano-robotics has a theoretical aspect and so far no artificial non-biological nano-robot has been made. Everything that has been said so far is one of the advantages of nano-robots, but theoretically, some advantages have been noticed, which are:

Extremely high durability  (the most important advantage of nano robots)

Researches have shown that according to the need and the way nano robots are designed, they can be used for many years and even a century without a single bit of their performance being disturbed.

Advanced artificial intelligence

They have artificial intelligence at an advanced level to choose the best option to diagnose the disease.

Very small dimensions

It is possible that nano robots will not be recognized by the body as pathogens due to their small size.

Very low performance time

Because their movement is limited and biological events occur at the same speed in less time.

The function and function of nubots

Nubots stands for "nucleic acid robot". Nanobots are organic molecular machines on the nano scale. DNA structure can provide a means for two-dimensional and three-dimensional assembly of nanomechanical tools. DNA-based machines can be activated using small molecules, proteins, and other DNA molecules.

Conclusion:

Nano-robots have potential facilities that are able to protect the system meticulously and precisely by gathering and placing in a colony. In fact, they are placed in a process with an atomic or molecular structure to complete a cycle.