 Nanotechnology – study of matter at atomic &
molecular level.
 Nano robotics – major field of Nanotechnology –
wide ran...
 Swarm Intelligence.
 Co operative behaviour.
 Self assembly and replication.
 Nano Information Processing & Programma...
 Medicine :
• Heart surgery, Cancer treatment.
• Dentistry.
 Military :
• Improved body armor.
• Undetectable “Eaves dro...
 Self-replication feature.
 Durability.
 Speed of operation.
 Small size.
 Organic Nano robots
 Inorganic Nano robots
 Nanobhis
 Radiation Shielding.
 Nano tubes.
 Reduces amount of fuel required.
 Cables for Space Elevator.
 Propulsion Technolo...
 SWARMS:
• Act in unison like bees
• Theoretically act as cloth like material.
• keeps the astronauts form bouncing aroun...
 Transition from Micro to Nano.
 Properties of materials at Nano scale.
 Design of Nano scale components.
 Upscale in ...
 Miniaturization in many fields.
 High end research in the fields of medicine and
space sciences.
 Nanotechnology + mic...
Country Nanotech Impact Factor
United states 100
China 89
Russia 83
Germany 30
Japan 29
EC 27
South Korea 25
Taiwan 9
UK 6...
QUERIES ?
Nano Technology and nano Robotics in space applications
Nano Technology and nano Robotics in space applications
Upcoming SlideShare
Loading in …5
×

Nano Technology and nano Robotics in space applications

1,958 views

Published on

nano technology and nano robotics in space applications

Published in: Technology, Business
0 Comments
5 Likes
Statistics
Notes
  • Be the first to comment

No Downloads
Views
Total views
1,958
On SlideShare
0
From Embeds
0
Number of Embeds
10
Actions
Shares
0
Downloads
0
Comments
0
Likes
5
Embeds 0
No embeds

No notes for slide
  • QUERIES??
  • Nano Technology and nano Robotics in space applications

    1. 1.  Nanotechnology – study of matter at atomic & molecular level.  Nano robotics – major field of Nanotechnology – wide range of applications.  Design ,manufacturing, programming and control of Nano scale robotics.  capable of actuation, sensing, signaling, information processing, intelligence, and swarm behavior at Nano scale.
    2. 2.  Swarm Intelligence.  Co operative behaviour.  Self assembly and replication.  Nano Information Processing & Programmability.  Nano to Micro world interface architecture.
    3. 3.  Medicine : • Heart surgery, Cancer treatment. • Dentistry.  Military : • Improved body armor. • Undetectable “Eaves dropping devices.  Space technology : • Propulsion Technology. • Space Colonization.
    4. 4.  Self-replication feature.  Durability.  Speed of operation.  Small size.
    5. 5.  Organic Nano robots  Inorganic Nano robots  Nanobhis
    6. 6.  Radiation Shielding.  Nano tubes.  Reduces amount of fuel required.  Cables for Space Elevator.  Propulsion Technology.
    7. 7.  SWARMS: • Act in unison like bees • Theoretically act as cloth like material. • keeps the astronauts form bouncing around. • offsets sudden movements.  SPACE COLONIZATION : • Constructional Projects - Self Replicating Robots. • Monitoring from Earth. • Habitation on MARS.
    8. 8.  Transition from Micro to Nano.  Properties of materials at Nano scale.  Design of Nano scale components.  Upscale in manufacturing.
    9. 9.  Miniaturization in many fields.  High end research in the fields of medicine and space sciences.  Nanotechnology + micro electronic techniques = system integration.  Embarking into communication field.  Applications in optics, electronics, magnetic storage, computing, catalysts, etc.  Sensor networks.
    10. 10. Country Nanotech Impact Factor United states 100 China 89 Russia 83 Germany 30 Japan 29 EC 27 South Korea 25 Taiwan 9 UK 6 India 5 Ranking of countries based on “Nanotech Impact Factor”
    11. 11. QUERIES ?

    ×