Nano computing.

It fully described about the Nano computing

1. 1
NANO COMPUTING
JNTUK UCEV
SUNNY SUNDEEP

2. OUTLINE
2
OUTLINE
What is Nano Computing.
Types of Nano Computers.
Moore's law.
How Nano Computing works.
Advantages.
The future of Nano Computing.
Disadvantages.
Conclusion.

3. 3
What is nano computing???
Nanocomputing describes computing that
uses extremely small, or nanoscale, devices.
This state-of-the-art electronic devices could
be as small as about 100 nm, which is about
the same size as a virus.
Nanocomputer is the logical name for
a computer smaller than the microcomputer.
Fundamental parts are no bigger than a
few nanometers.

4. 4
Types of nano computers
I. Nano electronic computers.(Bits)
II. Nano mechanical computers.(Nano Gears)
III. Nano chemical and biochemical
computers.(Chemical Reactions)
IV. Nano Quantum computers.
(SEM+Quantum dot)

5. Moore’s law
According to Moore's law,the no of transistors
that will fit on a silicon chip doubles every 18
months.
Presently microprocessors have more 5
billions of transistors.
By the year 2020 the trend line of Moore’s law
states that there should be a 1 nanometer
feature size…..

6. 6
Basic Terms
Quantum-Computer.
Qubits.
Teleportation.
Quantum Mechanics.

7. 7
Devices of Nano Computing

8. 8
How nano computing works???
​​
•Nano computer would work by storing data in the
form of atomic quantum states or spin. (SEM and
quantum dots)
•There are several methods of nano electronic
data storage currently being researched.
Among the most promising are set electron
transistors and quantum dots.
•All of these devices function based upon the
principles of quantum mechanics…

9. 9
Advantages

High computing performance.

Low power computing.

Easily portable flexible.

Faster processing.

Lighter and small computer devices.

Noise Immunity.

10. The future of Nano Computing
Nanocomputing will change the computing industry
in many ways:
➢Existing technologies, like memory and backing
storage, will become even more plentiful than they
already are
➢New technologies will be created to replace
obsolete machines
➢New standards and architectures will be needed
to make use of the new systems when they are
created

11. Disadvantages



It is very expensive and developing it can cost you
a lot of money.

It is also pretty difficult to manufacture.

 These particles are very small, problems can
actually arise from the inhalation of these
minute particles.

12. CONCLUSION
12
“
“ The best way to predict the future
is to invent it.” "

13. REFERENCES
13
[1].Howstuffworks.com
[2].IEEEstandards.com
[3].Nanospace.com
[4].Google.co.in
[5].Nanoimages.com

14. Queries

15. 15
Thanks