Silver, Gold Makes for Cheap, Flexible Touch Screens

Silver, Gold Makes for Cheap, Flexible Touch Screens
Touch screens made with silver and gold wires could soon be rolling off the presses and into cell phones, computers and more.

Read more on Discovery News

Silver and gold nanowires to improve touch screens

Silver and gold nanowires to improve touch screens
Silver and gold nanowires can improve touch screen flexibility and durability, say scientists from Stanford University.

Read more on Sify News

Can We Predict the Future Gadgets?

No one can know the future. But can we predict the future gadgets? The answer is yes, of course our prediction will not be 100% accurate.
We predict the future gadgets by paying attention to current trends. The trends will guide us to discover what devices will become part of our life.

The trends for the gadgets of the future are:
* Miniaturization
* Futuristic and bold design
* LCD with touchpad usage
* Usage of hi tech and hi speed chips
* Usage of green, eco technologies

Miniaturization
The trend in technology is to create ever-smaller scales for first mechanical, then optical and most recently electronic devices. The miniaturization trend can be traced back to ancient times both as an abstract science and a physical practice, beginning with atomic theories of the nature of matter and the use of early microscopes and leading, centuries later, to the current sciences of nanotechnology and molecular nanotechnology.
Regarding the gadgets the miniaturization is transforming them into: easy to use, easy to fit everywhere carry, travel and store devices.

Futuristic and bold design
All the actual gadgets have great design. The new devices use futuristic designs or a combination between classic design and futuristic one. Another popular combination is retro futuristic design.
The trend for the hi tech is to adopt a futuristic design.
Of course there will be a large number of simple devices which will use the classic design. This gadgets are for the ones who consider simplicity to be the new complexity and for the ones who don’t like hi tech and adopt very hard new items.

LCD with touch screen
Touch Screens are cool and are becoming more and more present on different types of gadgets.
The future gadgets must use touch screens because there are simple to use and have enormous popularity. A big plus for using touch screens is the new technology which permits making cheaper electronics.
Touch screens are use today for gadgets like: mp4 players, car Cd-Mp3-Radio’s, GPSs, mobile phones, computer monitors, LCD TVs, PDA’s.

Usage of hi tech and hi speed chips
The impact of this tiny chip has been far-reaching. Many of the electronics products of today could not have been developed without it. The chip virtually created the modern computer industry, transforming yesterday’s room-size machines into today’s array of mainframes, minicomputers and personal computers.
The integrated circuits made the gadgets faster and smaller. They played a major part in the miniaturization process.
The gadgets for the future will use tiny, but powerful chips which will make them super powerful.
Now the hi tech gadgets are very popular. Mp players, mobile phones, games consoles, hi fi audio systems, GPSs and PDAs are best sellers.
The gadgets which don’t use hi technology will continue to exist for two categories of people: the ones who prefer simple things and the ones who don’t like technology.

The usage of green, eco technologies
Eco technologies became more and more popular in our days. The love for nature encouraged people to protect it and adopt environment friendly technologies.
The trend for the new gadgets is to use less energy to operate and to be recyclable. Solar power is used as much as possible because it is free and harmless for the environment. 

Conclusion
The gadgets of the future will be smaller, smarter, faster and more eco friendly.

Predict the Future Gadgets

No one can know the future. But can we predict the future gadgets? The answer is yes, of course our prediction will not be 100% accurate.

We predict the future gadgets by paying attention to current trends. The trends will guide us to discover what devices will become part of our life.

The trends for the gadgets of the future are:

* Miniaturization
* Futuristic and bold design
* LCD with touchpad usage
* Usage of hi tech and hi speed chips
* Usage of green, eco technologies

Miniaturization

The trend in technology is to create ever-smaller scales for first mechanical, then optical and most recently electronic devices. The miniaturization trend can be traced back to ancient times both as an abstract science and a physical practice, beginning with atomic theories of the nature of matter and the use of early microscopes and leading, centuries later, to the current sciences of nanotechnology and molecular nanotechnology.

Regarding the gadgets the miniaturization is transforming them into: easy to use, easy to fit everywhere carry, travel and store devices.

Futuristic and bold design

All the actual gadgets have great design. The new devices use futuristic designs or a combination between classic design and futuristic one. Another popular combination is retro futuristic design.

The trend for the hi tech is to adopt a futuristic design.

Of course there will be a large number of simple devices which will use the classic design. This gadgets are for the ones who consider simplicity to be the new complexity and for the ones who don’t like hi tech and adopt very hard new items.

LCD with touch screen

Touch Screens are cool and are becoming more and more present on different types of gadgets.

The future gadgets must use touch screens because there are simple to use and have enormous popularity. A big plus for using touch screens is the new technology which permits making cheaper electronics.

Touch screens are use today for gadgets like: mp4 players, car Cd-Mp3-Radio’s, GPSs, mobile phones, computer monitors, LCD TVs, PDA’s.

Usage of hi tech and hi speed chips

The impact of this tiny chip has been far-reaching. Many of the electronics products of today could not have been developed without it. The chip virtually created the modern computer industry, transforming yesterday’s room-size machines into today’s array of mainframes, minicomputers and personal computers.

The integrated circuits made the gadgets faster and smaller. They played a major part in the miniaturization process.

The gadgets for the future will use tiny, but powerful chips which will make them super powerful.

Now the hi tech gadgets are very popular. Mp players, mobile phones, games consoles, hi fi audio systems, GPSs and PDAs are best sellers.

The gadgets which don’t use hi technology will continue to exist for two categories of people: the ones who prefer simple things and the ones who don’t like technology.

The usage of green, eco technologies

Eco technologies became more and more popular in our days. The love for nature encouraged people to protect it and adopt environment friendly technologies.

The trend for the new gadgets is to use less energy to operate and to be recyclable. Solar power is used as much as possible because it is free and harmless for the environment.

Conclusion

The gadgets of the future will be smaller, smarter, faster and more eco friendly.

Properties and Applications of Carbon Nanotube Films

Product Description
Since 1950, the adage has been “silicon for electronics, carbon for life.” However, the discovery in 1993 of the single-wall carbon nanotube (SWNT), sparked interest in everyone from scientists to VCs over the electric potential of SWNTs, particularly for use in flexible or printable electronics. This book provides an overview of the fabrication, properties, and applications of thin films (networks) of SWNTs. Various aqueous phase dispersion and coating methods on rigid and flexible substrates will be explored. Fundamental transport studies on films of various densities, as a function of temperature and frequency, are fit to theory. Thin, transparent films of SWNTs (and graphene) are fabricated, and evaluated for use in applications that require a transparent electrode, such as touch screens, displays, and solar cells. Solution deposited films are made into FETs for the first demonstration of a transparent SWNT transistor. Finally, the photophysics of a por­phyrin/SWNT composite are measured, and evaluated for possible uses as an artificial eye. This book should prove especially useful for professionals in the fields of nanotechnology and flexible electronics.

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