Rambhauji Lingade Polytechnic CollegeBuldana

A SEMINAR REPORT ON ,

Abhijeet V. Deshmukh

Outline of Talk

1. INTRODUCTION.

2. SPECIFICATIONS OF NANOROBOTS

3. RESPIROCYTE – A SIMPLE NANOROBOT

4. AMAZING FACT ABOUT RESPIROCYTE

5. NANOROBOT AND ITS PARTS

6. SENSOR AND CPU SYSTEM OF NANOROBOT

7. TRANSPORT SYSTEM OF NANOROBOT

8. SOURCES OF ENERGY

9. APPLICATION OF NANOROBOT

10. NANOROBOTS IN CANCER TREATMENT

11. CONCLUSION

• Robots are programmable machines

• They range from small, miniature machines, to large crane size constructions

INTRODUCTION TO NANOROBOTS

Nano robots are the controllable devices measured on the scale of Nanometers to perform the tasks in both Medical and Industrial fields..

Designed by using nanotechnology.

Technique like Atomic Force Microscopy are being employed to establish a visual interface & to enable us to sense the molecular structure of These nano scaled devices.

SPECIFICATIONS OF NANOROBOTS

They are made of Carbon atoms in a diamond structure & light elements such as hydrogen, oxygen, nitrogen, silicon etc.

Super smooth surfaces.

These are so tiny.

The nanofactories would use nano-scale tools capable of constructing nanorobots with exact specifications.

RESPIROCYTE – A simple NanorobotRespirocyte measure about a micron in diameterand just floats along in the blood stream.

It is a spherical nanorobot made up of 18-billionatoms.

Respirocyte can deliver 236 times more oxygenPer unit volume than a natural red cell.

Nanorobot is for more efficient because its diamond construction permits a much higher operating pressure.

An imaginary picture of Nanorobot destroying the

infected cell

AMAZING FACT ABOUT RESPIROCYTE !!!!

If 15 to 20 of respirocytes are added into our bloodstream, then we can hold our breath for nearly 4 hours by sitting quietly at the bottom of a swimming pool.

If we were sprinting at top speed, then we could run for at least 15 minutes before we had to take a breath!

Respirocyte

NANOROBOT AND ITS PARTS

It have a wide range of sensors to navigate through human body and fast molecular identification.

It may have powerful transport subsystem to molecular deliver system.

Wide range of computer guided nanomanipulatoralso required.

It may have broadcasting system which can connect to other nanorobot and macro computers.

Diagrammatical Representation of Nano robot

SENSOR AND CPU SYSTEM OF NANOROBOT

TRANSPORT SYSTEM OF NANOROBOT

SOURCES OF ENERGY

Glucose / natural body sugars / body heat and oxygen and other biochemical / molecular parts.

The sources of energy for nanorobot inside human body are ;

By using the energy & mass in the body the nanorobots can replicate themselves to ‘n’ times.

1.

2.

APPLICATION OF NANOROBOT

1. Electronics and telecommunication field.

Nanotechnology.

In Nano circuits.

2. Biotechnological field.

Molecular / Atomic / Cellular based therapies.

Nanorobots in Cancer treatment

Chemotherapy treatment can affect the body health & also weaken the body strength , but nanorobots treatment does not have any adverse effects on body. .

The traditional treatment of radiation that kills not only cancer cells but healthy human cells as well, causing hair loss, fatigue, nausea, depression, and many other symptoms, but nanorobots detects only infected cells and destroys them.

DRILLERS,PEEPERS,STRINGERS ENGAGE IN A DELICATE SURGICAL OPERATION TO REMOVE A CANCER TUMOUR.

Are Nanorobots Harm full…???

As it introduces entirely new particle, body takes some time to adjust with it.

Size and shape of nanoparticles determine level of harmness.

Damage of robots inside the body can be slightly harmful.

Conclusion

pollution free operation.

We can use the technology for more accuracy in any field.

These are used to cure many diseases which are not possible from ancient methods.

Nanorobots are going to revolutionize the medical industry in future.

Technology may rule us !

1. Adriano calvalcanti “Nanorobotics”, In 3-D Simulations, Topic In Depth, NSF - The NSDL Scout Report Vol. 4, no. 8, Computer Sciences Department, The University of Wisconsin-Madison, Madison WI, USA, April 2005.

2. Adriano Cavalcanti, “Computational Nanomechatronics for Nanorobots in medicine ”Special Seminar, Departmentof Bioengineering, Rice University, Houston TX, USA, April 2005.

3. Adriano Cavalcanti, Tad Hogg, “Nanorobotics System Simulation in 3D Workspaces with Low Reynolds Number”.

4. NanoScience Today: http://www.geocities.com/cbicpg/nanoscience.htm

5. Nanorobots Inside our Bodies?, Roland Piquepaille’s Technology Trends

REFERENCES

Any Queries ?

THANK YOU FOR YOUR ATTENTION