Nanotechnology involves manipulating matter at the atomic or molecular scale. It has the potential to revolutionize many fields like materials, manufacturing, medicine, and computing. Some key applications include using carbon nanotubes to make stronger materials, developing targeted drug delivery through nanomedicine, and creating faster computers using nanotransistors. The future of nanotechnology promises lighter, stronger materials, disease cures, and even molecular robotics. Tools like atomic force microscopes and scanning tunneling microscopes enabled the development of nanotechnology. Overall, nanotechnology could significantly improve quality of life through its diverse applications.

1. NANOTECHNOLOGY
A
Seminar Presentation
On
Presented To Presented By
Mr. Manish Bhati Mohit Kalal
HOD-EE Department 4th year 8th sem
Mr. Sumit Joshi 15EVEEE003
EE Department
Presented By
Mohit Kalal

2. Index to talk about
1. Introduction
2. What is Nano
3. Overview of its History
4. Comparing nano in real life
5. Need for NanoTechnology
6. NanoTechnology Applications
7. Advantages in Major Field
8. Tools and Technology
9. Materials
10. Future Scope
11. Conclusion

3. Introduction
• Nanotechnology is the study of
manipulating matter on an atomic scale.
• Nanotechnology refers to the constructing
and engineering of the functional systems at
very micro level or we can say at atomic
level.
• A Nanometer is one billionth of a meter,
roughly the width of three or four atoms. The
average human hair is about 25,000
nanometers wide.

4. What is Nano ?
A Nanometre is a unit of length in the
metric system,equal to one billionth of a
metre(10^-9)
• Technology is the making, usage, and
knowledge of tools, machines and
techniques, in order to solve a problem
or perform a specific function.

5. Overview of its History
• The first ever concept was presented in
1959 by the famous professor of physics
Dr. Richard P.Feynman.
• Invention of the scanning tunneling
microscope in 1981 and the discovery of
fullerene(C60) in 1985 lead to the
emergence of nanotechnology
. • The term “Nano-technology" had been
coined by Norio Taniguchi in 1974

6. ● The early 2000s also saw the
beginnings of commercial applications
of nanotechnology, although these
were limited to bulk application of
nanomaterials.
● what Feynman and Hibbs considered
a Possibility,today more than 5
decades later,it is becoming a reality.

7. Comparison

8. NEED FOR NANOTECHNOLOGY
● Allows the placement of small structures placed
with precision,simplicity and low cost
● Leads to economic growth Enhances national
security
● Improves the quality of life
● Leads to job creation and innovation
● Providing help in Medical operations,computing
and many more.

9. NanoTechnology Applications
● Carbon NanoTubes
● In curing diseases like AIDS
● To make new surgical devices Changing the
untasteful medicine into tasteful
● Information Technology
● Nano Robots

10. Nanotechnology in Drugs
● Provide new options for drug delivery and
drug therapies.
● Enable drugs to be delivered to precisely the
right location in the body and release drug
doses on a predetermined schedule for
optimal treatment. •
● Attach the drug to a nanosized carrier.
● They become localized at the disease site, i.e
cancer tumour. • Then they release medicine
that kills the tumour. •
● Current treatment is through radiotherapy or
chemotherapy. • Nanobots can clear the
blockage in arteries.

11. Nanotechnology in Fabrics
● The properties of familiar materials are being
changed by manufacturers who are adding
nano-sized components to conventional
materials to improve performance.
● For example, some clothing manufacturers are
making water and stain repellent clothing using
nanosized whiskers in the fabric that cause
water to bead up on the surface
● In manufacturing bullet proof jackets
● Making spill & dirt resistant, antimicrobial,
antibacterial fabrics.

12. Nanotechnology in computers
● The silicon transistors in your computer may
be replaced by transistors based on carbon
nanotubes.
● A carbon nanotube is a molecule in form of a
hollow cylinder with a diameter of around a
nanometer which consists of pure carbon.
● Nanorods is a upcoming technology in the
displays techniques due to less consumption
of electricity and less heat emission.
● Size of the microprocessors are reduced to
greater extend. • Researchers at North
Carolina State University says that growing
arrays of magnetic nanoparticles, called
nanodots.

13. Nanotechnology in Smartphones
● Apple developed the first ever 7
nanometer chipset.
● Nanometer chipset helped to achieved 5
Trillion operations per second.
● More energy efficient and slim phones
can be designed.

14. Advantages in Major Field
Material Industrial Medical
With NT, we can create
unique materials and
products which are -
Computers can become a
billion times faster and a
million times smaller
End of Illnesses (i.e. cancer,
heart disease)
Stronger Manufacturing at almost no
cost
Universal Immunity (i.e.
aids, flu)
Lighter Better Efficient and
reduction in size
Body Sculpting (i.e. change
your appearance)
Durable

15. Tools and Technology
● There are several important modern
developments.
● The atomic force microscope (AFM).
● The Scanning Tunneling Microscope (STM) are
scanning probes that launched nanotechnology.

16. Material
Carbon Nanotube
• Carbon nanotubes are allotropes of carbon with a
cylindrical nanostructure.
•They have length-to-diameter ratio of upto
132,000,000:1.
• Nanotubes are members of the fullerene structural
family. Their name is derived from their long, hollow
structure with the walls formed by one-atom thick
sheets of carbon, called graphene.

17. Future Scope
● Nanotechnology may make it possible to
manufacture lighter, stronger, and
programmable materials that ▫ require less
energy to produce than conventional material
and
● promise greater fuel efficiency in land
transportation, ships, aircraft, and space
vehicles.
● The future of nanotechnology could very well
include the use of nanorobotics. • These
nanorobots have the potential to take on
human tasks as well as tasks that humans
could never complete. The rebuilding of the
depleted ozone layer could potentially be able
to be performed.

18. Conclusion
"The Next Big Thing Is Really Small”