MOHIT RANJAN VERMAE.C THIRD YEAR

Presented by,

OUTLINEOUTLINE• Introduction• History• Technology• Features • Limitations• Future

Scope• References• Conclusion• Questions ?

INTRODUCTIONINTRODUCTION

The “Nokia Morph” is a theoretical future device based on NANOTECHNOLOGY that might enable future communication devices.

Morph also demonstrates how future mobile devices might be stretchable, flexible, transparent and self cleaning.

HISTORYHISTORY

The concept of NOKIA MORPH has been introduced to the global world at the Museum of Modern Art (MoMA) in New York City from February 24 to May 12 of 2008 as part of the "Design and the Elastic Mind" exhibition.

The concept emerged through collaboration between Nokia Research Center and Cambridge University Nanoscience Center in the UK.

Cambridge University Nanoscience Center

TECHNOLOGYTECHNOLOGY

NanotechnologyNanotechnologyNANOTECHNOLOGY means “The science, engineering and technology related to the understanding and control of matter at the length scale of approximately 1 to 100 nanometers”.

NANOTECHNOLOGY allows control of physical properties of nanostructures and devices with single molecule precision.

ASSUME 10000 TRANSISTORS ON A HAIR…ASSUME 10000 TRANSISTORS ON A HAIR…

Nanostructure of morph is similar to this.

NANOGRASS, NANOSENSORS, NANOFLOWERS, NANOSCALE MESH…etc ARE THE NANOTECHNOLOGIES USED INSIDE NOKIA MORPH.

FEATURESFEATURES

Some Features Are …Some Features Are …1) Sensing

2) Haptic Surface

3) Self-cleaning

4) Advanced Power Sources

5) Stretchable Electronics

6) Transparent Electronics

7) Wearable Device

1. 1. SENSINGSENSING

OBSERVE OUR LOCAL ENVIRONMENT THAT INCLUDES ANALYZING POLLUTIONS ,TEMPERATURE etc.

NANOSENSORS CONSTRUCT A COMPLETE AWARNESS OF THE USER CONTEXT –BOTH PERSONAL AND ENVIRONMENTAL ENABLING AN APPROPRIATE AND INTELLIGENT RESPONSE.

INORDER TO IMPROVE SENSOR AND SIGNAL PROCESING CHARACTERISTICS NOKIA INTRODUCED NANOWIRE LITHOGRAPHY (NWL) PROCESS THAT FABRICATES A LARGE AREA AND SELF ALIGNED 3D ARCHITECTURES.

ECO SENSOR CONCEPTECO SENSOR CONCEPT

NOKIA 3110 EVOLVE

ECOSENSOR CONCEPT CONSISTS OF TWO PARTS

1) A WEARABLE SENSOR UNIT THAT CAN ANALYZE LOCAL ENVIRONMENT AS WELL AS PERSONS HEALTH.

2) THE SECOND PART IS A POWER EFFICENT MOBILE PHONE.

2. 2. HAPTIC SURFACEHAPTIC SURFACE

Touch sensitive and responsive [haptic] surface of NOKIA morph is provided by large area sensing surfaces using piezoelectric nanowire arrays.

ZnO nanowires are used to produce the piezoelectric nanowire arrays.

Buttons on the device surface are real 3D forms.

A water droplet beads up on a lotus leaf due to the hydrophobic nanostructures

Double roughening of a hydrophobic surface, on the submicron and nanometer scale, creates superhydrophobicity.

3. 3. SELF CLEANINGSELF CLEANING

NA

NO

FLO

WE

R

The surface of morph is superhydrophobic that makes it extremely dirt repellent.

Nanostructured surface known as nanoflowers that naturally repel water, dirt and even finger-prints is used here.

NANOSTRUCTURED SURFACE

Enhanced energy density batteries (quicker recharge ).

Polymer CNT composites with controlled conduction, nanotube enhanced supercapacitors and nano composite solar cells etc acts as the power sources.

Nanoenhanced dielectrics as separator and high power capacitors.

Energy harvesting from RF using wideband antennas and using nano electro mechanical (NEM) method.

Microwatt level energy harvesting from waste energy in the air.

4. 4. ADVANCED POWER SOURCESADVANCED POWER SOURCES

NANOGRASS

SUN RAYS

NANOGRASS is used for harvesting solar power.

NOKIA developed a full solid state flexible DYE SENSITIZED SOLAR CELL (DSSC) using ZnO Nanostructures which act as photovoltaicsFor this purpose.

5. 5. STRETCHABLE ELECTRONICSSTRETCHABLE ELECTRONICS

Stretchable electronics structure to allow device form factors.

The nanoscale structure of the electronics enables stretching.

Nanoscale internal structures controls the elasticity.

INSIDE ELECTRONICS AT STRETCHABLE MODE.

NANOWIRE LITHOGRAPHYNANOWIRE LITHOGRAPHY

Ni

NanoWire Lithography (NWL) uses NanoWires (NWs) as etch masks to transfer their one-dimensional morphology to an underlying substrate.

The method relies on electrochemical deposition and selective chemical etching.

CONSTRUCTION OF NANOWIRE LITHOGRAPHY

Ni

ZnO NANOWIRES ACT AS FLEXIBLE TACTILE ARRAYS.

A nanoscale mesh of fibers similar to spider silk controls the stretching when device is folded.

Fibril proteins are woven into a three dimensional mesh that reinforces thin elastic structures.

NANOSCALE FIBRES

STRENGTH OF SPIDER SILKSTRENGTH OF SPIDER SILK

The whole electronic circuit inside NOKIA morph is entirely transparent.

Nanoscale electronics becomes invisible to the human eye.

6. 6. TRANSPARENT ELECTRONICSTRANSPARENT ELECTRONICS

KAIST’S TRRAM

TRRAMTRRAM

Transparent Resistive Random Access Memory (TRRAM) developed by Korean Advanced Institute of Science and Technology (KAIST) as the major platform for the transparent electronics concept of morph.

By integrating TRRAM device with other transparent electronic components a total see through embedded electronic system could be developed.

TRRAM records data by changing the resistance of a metal oxide film known as Resistive Ram.

7. 7. WEARABLE DEVICEWEARABLE DEVICE

Can be used a watch or a band.

THE INITIAL MANUFACTURING COST IS VERY HIGH.

THE EXPECTED MARKET PRICE IS AROUND

Rs 60000/-.CONVENTIONAL DSSCs PROVIDES UNSTABILITY RELATED TO SOLVENT LEAKAGE AND

EVAPORATION

LIMITATIONSLIMITATIONS

FUTURE SCOPEFUTURE SCOPE

THE SHAPES COULD BE MADE MUCH MORE SIMPLER LIKE IN RING SHAPE.

MORPH IN OPEN MODE COULD ACT AS A KEYBOARD FOR PC’s.

REFERENCESREFERENCEShttp://research.nokia.com/files/insight/NTI_Nanoscience_-_Dec_2008.pdf

http://www.nnin.org/doc/2004NNINreuNicole.pdf

http://research.nokia.com/files/PIMRC07-1169.pdf

http://nanoindia.blogspot.com/2007/03/nanograss.html

CONCLUSIONCONCLUSIONNow you know…

• What is Morph?• How it evolved?• What technology is used?• What are its features?• What are its limitations?• What future scope does it have?

QUESTIONSQUESTIONS

THANK YOUTHANK YOU