What is Nanorobotics ?
Nanorobotics is one of the technology which came into being with the advancement in nanotechnology.Its a technology for creating automatic machines,respondent devices and robots at the atomic scale of 10-9 nanometers.Nanorobotics is one of the major discipline of largest and most complex engineering and designing nanorobots.Nanorobots are constructed with the molecular components ranging from 0.1 to 10 micrometers and with the help of nanorobotics ninety nine percent human like non biological robot can be constructed.At present nanorobotics has emerging applications in the field of medicine and technology.
How nanorobotics works?
Nanorobotics plays vital role in the development of efficient robots.It uses nano components and there objects to build the structure of robots.Its nano nature allows scientists and engineers to engineer the mimic of human beings.Most complex parts of robots can be constructed well with the help of nanorobotics. The devices which are created with the help of nanorobotics is known as hypothetical devices, names such as nanobots,nanoids,nanites or nanomites are also used to explain the machines by nanorobotics. Nanorobotics permits robots for presicions and interactions of different function with nano scale objects,all the robots with nanoscaling are operated at nanoscale resolution..Each part and component of a robot from infra structure chip to external body is configured at atomic scale.Although nanorootics makes structure of the robot complex but it facilitate the device with extra ordinary intelligence and efficiency.
Nanorobotics applications and instruments.
Nanorobotics has incredible applications in the feild of science and technology.With the assistance of this diverse technology, world is now able to see and utilize the instruments which were nerver seen before. Some of the most famous nanorobotics instruments and applications are as under.
Atomic force microscope
Atomic scope microscope is on the instrument which could be considered as nanorobotic instrument.it is configured and manupulated at nanoscale and also used to vie the particle of an element or material at the smallest level.in the field of medical sciences atomic scope microscope is used to diagnose the cancer and other fatal bacteria.
Nano macro/microscale robots
Nano macro and micro sale robots are also the invention of nanorobotics these robots can move with the nanoscale precision and can detect and scan the objects and obstacles in the way at completely without leaving a single particle. Nanotechnology delivered excellent applications such as microscopic robots that automatically gathers the other devices or travel inside the human body to transfer drugs or do microsurgery.these robots are so fast that they can shake the most viscous fluids just in matter of seconds.
Nanomachines are widely in research these days.Researchers have developed some of the testifying samples,one of the example of these molecular machines is the sensor having capability of counting particular molecule in the chemical compounds.There is no implementer application present in the medical field.but these machines if properly developed for the medical applications, they could greatly help the doctors to destroy the cancer cells.
Another useful application is the detection of toxic chemicals and the measurement of concentrated substances in the envoirnment. these detectors will be very useful and beneficial for the chemists in order to manage and reduce the toxicity of chemicals.
Single molecule car.
Recently, another demonstration of nanorobotics is the single molecule car which has nano infra structure.This car is developed by chemical process and have buckyball wheels.It is configured by controlling the temperature in the air and also by positioning the scanning tunnel microscope.
Scientific field has given given new type of robots to the world which are known as nubots. Nubot is the abbreviation of “nuclic Acid Robots.”these devices are operated at nanoscale and are highly beneficial for demonstrating the DNA test and bloodcell detection.