3. What is a Nano ??(introduction & history)
Physical applications of Nano
Impacts and capability of Nano electronics
Why only MOSFET & IC ???
Advantages & Disadvantages
Future scope
Conclusion
4. • INTODUCTION
10*-9 (one billionth)
very small cannot be seen
by human eye or felt by
human touch sense
• HISTORY
The term Nano was first
defined and spelt by
Norio Tanigunchi of Tokyo
science university in 1974
5. Why Nano
should be
used??
• To reduce size
• To increase efficiency
• To trend towards modernization
• To make life easier and simple
• eg: nanofibres ,nanowires
6. Physical Applications of Nano
1.NANO MITES
Medical purposes
Face and physical
making
Building and collapsing
2.Nano war heads
Infinite destruction
Small and easily carrible
Wipes out entire cities
7. 3.Nano conductors
Easy to carry
Conductivity is more
Easy to design
Easy to implement in all
conductivity based
applications
4.Molecular electronics
Memory
Logic
Amplification
Uni molecular rectify
8. • IMPACT
o EVERY THING RELATED
TO ELECTRONIC
DEVICES INDUSTRY
mainly to Mosfets and
IC’S
• Capability
can turn every huge
electronic material into a
small(nano) electronic
material
9. MOSFET:
Thickness and resistance can be controlled
Scaling can be done easily
Overload conditions
10.
11. • Moore’s law
Manufactured with 45nm or 32nm technology
o Hybrid IC’s and semiconductor devices
12.
13. PROS AND CONS OF NANO
ELECTONICS
PROS
SIZE
PRODUCTION(MASS)
COST
CONS
SIZE
PRODUCTION(LIMIT)
COST
14. FUTURE SCOPE
• NANO ELECTRONICS IS THE PRESENT AND
FUTURE TECHONOLOGY
ELECTRONICS MACRO MICRO
PICO NANO
And nano electronics can be applied to make
life more realistic simpler and useful
15. CONCLUSION
• Today at the end of my presentation I want to
conclude that If we use Nano technology as
for good reason it will give a devastating and
immortal results which will help us to lean for
modernization and it is used opposite to good
it may cause for the end of Homosaphiens
(humans) and other living beings