introduction to nanotechnology k.a. dimuthu dharshana

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1 K.A. Dimuthu Dharshana, Department of Mechanical & Manufacturing Engineering, Faculty of Engineering, University of Ruhuna. Galle, Sri Lanka CCPDHE, Faculty of Medicine,University of Ruhuna - 16th May 2012

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Faculty of Medicine, University of Ruhuna, Galle,

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Page 1: Introduction to Nanotechnology K.A. Dimuthu Dharshana

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K.A. Dimuthu Dharshana,Department of Mechanical & Manufacturing Engineering,

Faculty of Engineering, University of Ruhuna.

Galle, Sri Lanka

CCPDHE, Faculty of Medicine,University of Ruhuna - 16th May 2012

Page 2: Introduction to Nanotechnology K.A. Dimuthu Dharshana

GeneticsArtificial Intelligence/ RoboticsInformation TechnologyNanotechnology

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Page 3: Introduction to Nanotechnology K.A. Dimuthu Dharshana

CONTENT

What is Nanotechnology

Few Applications of Nanotechnology

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Page 4: Introduction to Nanotechnology K.A. Dimuthu Dharshana

NANOTECHNOLOGY IS A..

field of Applied Science whose theme is the control of matter, its properties on an atomicand molecular scale.

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• Physical• Chemical• Electrical• Mechanical• Optical• Magnetic••

Page 5: Introduction to Nanotechnology K.A. Dimuthu Dharshana

HOW SMALL NANOMATERIAL?5

Single Human Hair

Nano fibers

Page 6: Introduction to Nanotechnology K.A. Dimuthu Dharshana

NANO SCALE…6

Page 7: Introduction to Nanotechnology K.A. Dimuthu Dharshana

7 IMPACT OF NANOTECHNOLOGY

Page 8: Introduction to Nanotechnology K.A. Dimuthu Dharshana

MEDICINE8

Page 9: Introduction to Nanotechnology K.A. Dimuthu Dharshana

FUTURE TREATMENTS

Nanodevices can make gene sequencing more efficient. It will revolutionize the specificity of diagnostics and therapeutics,

No operations, No more pills and chemotherapies,

Just one quick injection,

The nano sized machine communicate and target millions of different foreign bodies/ matters that may have developed in the body,

It will search and destroy foreign objects, and rebuild the bodies vital cells.

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Page 10: Introduction to Nanotechnology K.A. Dimuthu Dharshana

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Nanotechnology has been a boon for the medical field by delivering drugs to specific cells using nanoparticles. The overall drug consumption and side-effects can be lowered significantly by depositing the active agent in the morbid region only and in no higher dose than needed. This highly selective approach reduces costs and human suffering.

Page 11: Introduction to Nanotechnology K.A. Dimuthu Dharshana

FUTURE CANCER TREATMENTS

Nano molecules will travel and kill the cancer

Cancer cells can be killed by Magforce nonotheroperies, Nano xray therapies eliminatingpainful side effects of chemotherapy;loosinghair, hearing, etc..

Destroying tumor without killing healthy cells

No addition of toxics to body

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Page 12: Introduction to Nanotechnology K.A. Dimuthu Dharshana

DESTROYING TUMOR WITHOUTKILLING HEALTHY CELLS

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Page 13: Introduction to Nanotechnology K.A. Dimuthu Dharshana

FUTURE TREATMENTS CONT…13

New formulations and routes for drug delivery, optimal drug usage. (High consumption, lower side effects, cost and suffering)

‘Gene gun’ that uses nanoparticles to deliver genetic material to target cells

Tissue engineering: More durable, artificial tissues and organs Bones can be regrown on carbon nanotube

scaffolds

Sensors for early detection and prevention

Page 14: Introduction to Nanotechnology K.A. Dimuthu Dharshana

NANO ELECTRONICS ANDCOMPUTING

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PastShared computing thousands of people sharing a mainframe computer

PresentPersonal computing

FutureUbiquitous computing thousands of computers sharing eachand everyone of us; computers embedded in walls, chairs, clothing,light switches, cars….; characterized by the connection of things inthe world with computation.

Page 15: Introduction to Nanotechnology K.A. Dimuthu Dharshana

APPLICATIONS CONT..

Cleaning- Super washing machines, Nano materialized clothes with special properties, Eg: Super hydrophobic

Security- Nano sensors, high security uniforms: Institute for Soldier Nanotechnologies (ISN) at Massachusetts Institute of Technology

Energy- Advanced Solar panels (24 hours working), fossil fuel replacements with high efficient cells

Many more…

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Page 16: Introduction to Nanotechnology K.A. Dimuthu Dharshana

NANO MANUFACTURING16

• Carbon Nanotubes• Nanostructured Polymers• Optical fiber performs through sol-gel

processing of nanoparticles• Nanoparticles in imaging systems• Nanostructured coatings• Ceramic Nanoparticles for netshapes.

Page 17: Introduction to Nanotechnology K.A. Dimuthu Dharshana

NANOTECHNOLOGY IN SPACE

Improvements in shuttle Lighter weight and smaller in size Nano sensors and Nano robots Use of laser sails Micro and Nano rovers for planetary exploitation

Benefits to Astronauts Nano suits, Nano food : No refrigeration, Protection from

bacteria and diseases, Lighter.

Cheaper space flights

Nano satellites

Will be 90% lighter, Greater Strength, Greater Safety margin due to Dimondiode fibers.

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Page 18: Introduction to Nanotechnology K.A. Dimuthu Dharshana

GIANTS IN NANOTECHNOLOGY

Arizona State University - USA Center for Applied Nanobioscience Center for Bio-Optical Nanotechnology Center for Bioelectronics and Biosensors Center for Nanotechnology in Society Center for Single Molecule Biophysics

Massachusetts Institute of Technology- USA University at Albany (UAlbany)- USA Cornel University -USA Canfield University – UK Osaka University- Japan Amity Institute of Nanotechnology (AINT) –India Australian National University- Australia

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Page 19: Introduction to Nanotechnology K.A. Dimuthu Dharshana

REFERENCES

All sources in the internet

Wikipedia

Youtube

Google

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Page 20: Introduction to Nanotechnology K.A. Dimuthu Dharshana

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THANK YOU