_*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н , モѵíl 𝖇ƴ 𝕮ho̶íc℮*_Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ Iƒ ƴ口ᴜʀ EGO ႽpモαƘ Ŵί†h м℮,†h℮η мƴ A††ί†υd℮ 尺モpℓi℮S †口 ƴ口ᴜ _*G℮ηíUѕ 𝖇ƴ 𝖇ír†н ,

1. A PRESENTATION ON
“Future with Nanotechnology”
Student Name
Mr. Bhosale Om Sharad
S. B. Patil College of Engineering, Indapur
Department of Electronics & Telecommunications Engineering

2.  Introduction
 Basics of Nanotechnology
 Application of Nanotechnology
 Nanotechnology in Medicine, Electronics
 Merit, Demerits and career
 Discussion, conclusion and future scope
CONTENTS

3. Introduction
SoWhat isNano?
NANO is a GREEK word meaning EXTREMELY
SMALL.
Nanotechnology deals with sizes from 1-100nmrange
A nanometer is very very small its 10-9 m.

4. Basics of Nanotechnology
So what is nanotechnology?

5. Nanotechnology in Medicine, Electronics
Definition
Nanotechnology (sometimes shortened to
"nanotech") is the study of manipulating matter
on an atomic and molecular scale. Generally,
nanotechnology deals with developing materials,
devices, or other structures possessing at least one
dimension sized from 1 to 100 nanometers.

6. Nanowires
•Although nanotechnology is a relatively recent
development in scientific research, the development of
its central concepts happened over a longer period of
time. The emergence of nanotechnology in the 1980's
was caused by the convergence of experimental
advances such as the invention of the scanning
tunneling microscope in 1981 and the discovery of
fullerenes in 1985
ORIGIN

7. Green nanotech – use of
nanotechnology to enhance
the environmental-
sustainability of processes
currently producing
negative externalities. Italso
refers to the use of the
products of nanotechnology
to enhance sustainability.
Nanoengineering–
practiceof engineering on
the nanoscale.
Wet nanotechnology–
involves working up to large
masses from small ones.
Nanobiotech –
intersectionof
nanotechnology and
biology.
1
0
Braches of nanotechnology

8. 1
0
APPLICATIONS OF
NANOTECHNOLOGY

9. Carbon Nano tubes
•Nanomedicine
- drug delivery
- surgery
- cancertreatment
- medical robotics
•Nanoelectronics
•Energy applications
•Nanomaterial applications
•Industrial applications
- textile
- food
- cosmetics
- transportation
- nationalsafety
- water pollution
- space

10. Carbon Nano tubes
Nanotechnology in Medicine
Applications of medical nanotechnology span across
a variety of areas such as
In Drugs, Medicines, Therapeutics, etc
In Diagnostics of diseases, abnormal conditionsetc.
In Surgery
In Medical Robotics
In the general sake of increasing knowledge of the
human body

11. Carbon Nano tubes
Nanotechnology in Electronics
• Branch of Engineering which uses nanometer
scale elements in design of integrated
circuits such that one of the three
dimensions of the electronic component is in
nm.
• Generally, Nanometer scale refers to electronic
circuits Less than 100nm.
• 1nm= 10-9 metres

12. Continue
..
In solar cells to trap electrons
There is great interest in constructing nano
electronic devices that could detect the
concentrations of bio-molecules in real time for
use as medical diagnostics
Nano radio, a radio receiver consisting of a
single nano-tube, was demonstrated in 2007
In fabrication of ultra capacitors (which have
high energy density)

13. Carbon Nano tubes
MERITS AND DEMERITS OF NANOTECHNOLOGY
Merits of nanotechnology:
*It is an enabling technology which has its impacts on
electronics and computing, materials and
manufacturing, etc.
*Large scale production of materials
*Great job opportunities
*Effective and cheap production of energy
*Water conservation
*Reduced pollution

14. Carbon Nano tubes
Demerits of nanotechnology:
*Nanoparticles have the possibility of breaking into blood-brain barrier - a
membrane to protect brain from harmful chemicals in blood stream
*Creation of powerful weapons - lethal & non-lethal
*Nano-divide [technological andeconomical differences between rich and
poor]
*Loss of traditional methods
*Increase in aristocracies and reduce democracies
*Brain drain and trade barriers
*Black market in nanotech
*Free range self-replication

15. Carbon Nano tubes
Nanotechnology as Career
•It is a powerful profession which aids the development
of products with futuristic performance. All field sectors
of life will be effected by this new area. The two field
categories of Nanotechnology are Nanoscale profession
and Molecular manufacturing. Nanoscale profession
covers small structures and crapper be used for
introducing stronger materials, meliorate medicines,
faster computers and so on. Molecular manufacturing is
an attempt at building mechanical and chemical
manufacturing systems that join molecules together.

16. Carbon Nano tubes
Thanking You