sharique rahman

8/7/2019 sharique rahman

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Presentation OnPresentation On

MorphMorph

Created ByCreated BySHARIQUE REHMANSHARIQUE REHMAN


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Introduction about MorphIntroduction about Morph

Morph, a joint nanotechnology concept.Morph, a joint nanotechnology concept.

Developed by Nokia Research Center (NRC) and theDeveloped by Nokia Research Center (NRC) and the

University of Cambridge (UK).University of Cambridge (UK).

A concept that demonstrates how future mobileA concept that demonstrates how future mobiledevices might be stretchable and flexible.devices might be stretchable and flexible.

It demonstrates that, nanotechnology might beIt demonstrates that, nanotechnology might becapable of delivering: flexible materials, transparentcapable of delivering: flexible materials, transparentelectronics and selfelectronics and self--cleaning surfaces.cleaning surfaces.


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NanotechnologyNanotechnology

K. Eric Drexler popularized the wordK. Eric Drexler popularized the word

'nanotechnology' in the 1980's.'nanotechnology' in the 1980's. It derives its name from the nanometer,It derives its name from the nanometer,

which is a billionth of a metre.which is a billionth of a metre.

Nanotechnology, means building thingsNanotechnology, means building thingsfrom the bottom up, with atomic precision.from the bottom up, with atomic precision.

It is the engineering of functional systemsIt is the engineering of functional systemsat the molecular scale.at the molecular scale.


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Generations ofNanotechnologyGenerations ofNanotechnology


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Application of nanotechnology in MorphApplication of nanotechnology in Morph

Its environment friendly, the Morph will flashIts environment friendly, the Morph will flasha warning signal if the item is contaminated.a warning signal if the item is contaminated.

With this technology mobile phones can beWith this technology mobile phones can befolded, turned into bracelet and colour canfolded, turned into bracelet and colour canbe changed completely.be changed completely.

Morph uses nanotechnology and liquidMorph uses nanotechnology and liquidbatteries to enable the flexibility andbatteries to enable the flexibility andtransparency of the materials used.transparency of the materials used.

Millions of tiny microMillions of tiny micro--fibres help to hold thefibres help to hold the

handset in a new position.handset in a new position.


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Qualities of morphQualities of morph

NewlyNewly--enabled flexible and transparent materialsenabled flexible and transparent materialsblend more seamlessly with the way we liveblend more seamlessly with the way we live

Devices become selfDevices become self--cleaning and selfcleaning and self--

preservingpreserving Transparent electronics offering an entirely newTransparent electronics offering an entirely newaesthetic dimensionaesthetic dimension

BuiltBuilt--in solar absorption might charge a device,in solar absorption might charge a device,whilst batteries become smaller, longer lastingwhilst batteries become smaller, longer lasting


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Flexible & Changing DesignFlexible & Changing Design

spider silk elasticity enables the device tospider silk elasticity enables the device toliterally change shapes and configure itself toliterally change shapes and configure itself toadapt to the task at hand.adapt to the task at hand.

A folded design would fit easily in a pocket andA folded design would fit easily in a pocket andcould lend itself ergonomically to being used ascould lend itself ergonomically to being used asa traditional handset.a traditional handset.

Even integrated electronics, from interconnectsEven integrated electronics, from interconnectsto sensors, could share these flexible propertiesto sensors, could share these flexible properties


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SelfSelf--CleaningCleaning

....Nanotechnology also can be leveraged toNanotechnology also can be leveraged tocreate selfcreate self--cleaning surfaces on mobilecleaning surfaces on mobile

devicesdevices

It reduces corrosion, wear and improvingIt reduces corrosion, wear and improvinglongevity.longevity.

Nanostructured surfaces, such asNanostructured surfaces, such asNanoflowers naturally repel water, dirt,Nanoflowers naturally repel water, dirt,

and even fingerprints.and even fingerprints.


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Hydrophobic technologyHydrophobic technology

Technology used behind selfTechnology used behind self--cleaning.cleaning. It prevents moisture buildup, so rain andIt prevents moisture buildup, so rain and

perspiration wont leave streaks.perspiration wont leave streaks. It repels oils, Skin oils, fingerprints and lotions.soIt repels oils, Skin oils, fingerprints and lotions.so

they are easily wiped away without leavingthey are easily wiped away without leavingresidue.residue.

It prevents dirt, dust and other particles fromIt prevents dirt, dust and other particles from

clinging to the lens. A lens can carry a staticclinging to the lens. A lens can carry a staticelectrical charge that acts like a magnet forelectrical charge that acts like a magnet forairborne particles.airborne particles.


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Modes of Morph..Modes of Morph..

Morph OpenOperatingMorph Open Operating

Morph Phone ModeMorph Phone Mode

Morph Wrist ModeMorph Wrist Mode


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Future prospectsFuture prospects

In about seven years the world is full ofIn about seven years the world is full ofsensors. For each mobile phone, therell be 10sensors. For each mobile phone, therell be 10wirelessly connected private sensorswirelessly connected private sensors

Imagine sitting in a meeting, havingImagine sitting in a meeting, havingsubscribed to traffic feed and phonesubscribed to traffic feed and phonerecognises that the route you are about torecognises that the route you are about totake is congestedtake is congested

To control diseases, phones will be able toTo control diseases, phones will be able torecognise our health conditions or bodyrecognise our health conditions or bodytemperaturetemperature


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ContinueContinue

phones and their wireless data deliveryphones and their wireless data deliverycapabilities will sense weather with thecapabilities will sense weather with thehelp of hundreds of millions of weatherhelp of hundreds of millions of weathersensorssensors

The nanoscale technologies will potentiallyThe nanoscale technologies will potentially

create a world of radically different devicescreate a world of radically different devicesopen up an entirely new spectrum ofopen up an entirely new spectrum ofpossibilities.possibilities.


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Special ThanksSpecial Thanks

we want to thanks Mr. Ayyub Khan,forwe want to thanks Mr. Ayyub Khan,fortheir kind and creative guidance. Hetheir kind and creative guidance. Heinstructed and encouraged us through theinstructed and encouraged us through theyear.year.

and our friends who are always ready toand our friends who are always ready tohelp from the last three years specially inhelp from the last three years specially in

my presentationmy presentation


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sharique rahman