Nanotechnology Seminar and PPT with pdf report: The nanotechnology has a great potential to transform society and the molecular nanotechnology or nanotechnology is a unique type of manufacturing applied science, with the aid of this technology we can build the things from the atom up and can rearrange the matter with atomic accuracy. In the simple words, we can define the nanotechnology as a three-dimensional structural control of materials and machines at the molecular level, it also deals with the manipulation of the objects or the things at the atomic level. You can find here Nanotechnology PPT with PDF Report.

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Nanotechnology Seminar and PPT with PDF Report

Nanotechnology is engineering and not a science, the main feature of nanotechnology is that it can build any chemically stable structure that is allowed by the laws of physics. The theoretical models and computational models point out the possibility of molecular producing systems and they do not break the existing physical laws, the nanotechnology is generally called as the science of small and it is related to the manipulation of the particles at the atomic level. At the time of designing the nanodevices, the scientist should know the parameters like size, shape and power, force, motion and also other features and really understand all these parameters is really a challenge for the scientist.

The materials of nanoscale furnish various chemical properties than the materials that have the great size and all these chemical properties and physical properties form the foundation of new applied sciences. The word “nano” is derived from the Greek word and this means very tiny and the nanotechnology manages with the size range of 1-100nm and this applied science is an art and also the science of skillfully operating the matter at the nano size.

History of Nanotechnology:

The developed researchers normally have natural risks but when coming to the nanotechnology it suffers a unique burden. In the year of 1959, Richard Feynman who was a noble prize winner initially designed the idea of molecular manufacturing in his speech “that there is plenty of room at the bottom.” The Richard Feynman was the foremost scientist who suggested that the machines and materials could someday need atomic description. In the year of 1986, Gerd Binning and Heinrich Rohrer invented the scanning tunneling microscope and because of this invention, they were awarded the noble prize.

Tools of the Nanotechnology:

The tools of the nanotechnology are as follows:

  • Positional control
  • Self-assembly
  • The positional devices and positional controlled reactions
  • Stiffness
  • Scanning tunneling microscope
  1. Positional control: The positional control is the most important principle of nanotechnology and in the year of 1959, Richard Feynman who was the noble prize winner said that in the laws of physics nothing stopped the people from arranging the atoms in the way that people want.
  2. Self-assembly: The self-assembly is a good setup and strong method of synthesizing intricate molecular structures.
  3. Positional devices and positional controlled reactions: The positional control and positional devices aids in making the things which become little complex if we don’t use the positional control.
  4. Stiffness: The stiffness is a measure of the capacity that how far a particular thing moves when we push it, if the particular thing moves more with a little push then it is not stiff and if it does not moves more though we apply much pressure on it then it is said to be very stiff.
  5. Scanning tunneling microscope: A scanning tunneling microscope is a machine that can position a tip to atomic accuracy near a surface and also can be moved around.

Applications of the Nanotechnology:

The applications of the nanotechnology are as follows:

The nanotechnology has the applications in the following fields:

  • In the improved transportation like the intelligent cars
  • In nanocomposites
  • In the atom computers
  • In the memories that have the high storage capacity
  • In the molecular electronics
  • In the military
  • In the smart furniture
  • In solar energy
  • In the medical uses

These are some of the applications of the nanotechnology and there are many fields in which the nanotechnology is applied.

Advantages of the Nanotechnology:

The advantages of the nanotechnology are as follows:

  • The nanotechnology is suitable for the low cast and high volume production.
  • It has the reduced size, mass and power consumption along with the high functionality.
  • It has the advanced features like the reliability and robustness.

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Nano Problems and Limitations:

Well, all the great developments come with the associated problems and few of them are as follows:

The nanotechnology cannot solve all our present issues.

  • There is a problem in testing a billion molecules electronic circuit.
  • The computing of nanoscale is amorphous.
  • It has the “price of programmability.”

The Implication of Nanotechnology:

The implications of the nanotechnology in the health and safety issues, political and social issues are as follows:

  1. Health and safety issues:
  • The nanoparticles can cause severe illness and are hazardous to the human body.
  • They have untraceable destructive weapons of mass damage.
  1. Political and social issues:
  • It creates social strife through enhancing the wealth gap.
  • The advisability of enhancing the scope of the applied science makes political dilemma.

Content of the Seminar and pdf report for Nanotechnology


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