Low power Next Generation Display Market (2009 – 2014)
Report description
Environmental concerns are driving the need for greener and efficient display systems with better image quality and lower power consumption. The advances in nanotechnology and optoelectronics resulted in the introduction of next-generation display products. In 2008, the market size of next-generation display components was $6 billion that is expected to grow exponentially by 2014 because of the increasing use of the next generation display components in consumer electronics. This revenue potential highlights the immense opportunity in the next-generation display market. ( http://www.bharatbook.com/Market-Research-Reports/Low-power-Next-Generation-Display-Market.html )
Technological advancements, low power consumptions, large application areas, changing buying habits and greener outlook are the main factors that are driving the demand of next-generation display market. However, high manufacturing cost and competition with existing technologies are restraining the growth of the market. A reduction in the cost of ingredients, equipment, and R&D would benefit the industry as it would enable greater adoption of the technology.
Low labor cost and early initiatives have made Asia the dominant player in the next-generation display market. In 2009, the market share is estimated to be 52% with a size of $3.7 billion. Moreover, Asia?s large LED and OLED supplier-base also helps make the manufacturing of these displays cost effective. Europe is expected to have the second-highest market for next-generation displays. However, large consumer base of next-generation display devices in the U.S. and Europe makes them the most attractive markets for display components and device manufacturers.
Scope of the report
This report, aims to identify and analyze display products that consume less power compared to average LCD, CRT and plasma display. The report has segmented the global next generation display market as follows:
Next-generation display product market
Flexible, transparent, three-dimensional, midair, double-sided, touch screen, and 2D one-sided displays
Next-generation display ingredient market
Nanomaterials, plastic substrates, metals, polymers
Next-generation display application market
Mobile phones, consumer electronics, industrial applications, movie/entertainment, tv/monitors, defense and aerospace, medical, automotive, advertising and public display, and e reader
Each section will provide market data, market drivers, trends and opportunities, top-selling products, key players, and competitive outlook. This report will also provide more than 100 market tables for various geographic regions covering the sub-segments and micro-markets. In addition, the report also provides 50 company profiles for each of its sub-segments.
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Watch the video related to nanomaterials
Learn about the Berkeley Lab’s work in nanotechnology’s environmental and human safety issues.
Help answer the question about nanomaterials
A couple of questions about Nanotubes and Nanomaterials?How you think nanoobjects and materials will be useful in the future.
# Why nanomaterials are so unique.
# How nanoparticles might bridge biology and chemistry (as seen in this article)
# What the challenges might be in working with materials that are so phenomenally small.
HERE IS THE ARTICLE
http://www.bnl.gov/cfn/news/PRdisplay.as…
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Fantastic, informative, thought provoking – thanks for posting.
I have seen those toys in the shops that look like a bunch of legos linked together in shape of a ball, then when you pull on it, it expands into a huge globe. Nano's may work something like that. All I read in Wikipedia indicates the volume tends to be greater than the surface area, and that toy was the first thing I thought of.
Apparently it's called a Hoberman Sphere.
I would think that nanoparticals are the subelements (microcosms) of nanomaterials…. meaning they are the subunits which comprise the overall nanomaterial (for example with nanotubes, the nanoparticles are the most easily divisible units of the same properties which combine in repeated organization to form the overall structure)… or a nanomaterial could refer to any material which is designed at the nano size level.
hahahhahahahhahahhah wtf
It has become widely accepted and wil lbe used to make things strong such as fabrics and cars
Nanomaterials are unique because they can be built from molecules and atoms instead of macro-object parts.
Nanoparticles might bridge biology and chemistry because they can be used for prosthetic purposes on cells, or can perhaps create instruments small enough to accurately operate on them. This can also be used when small mechanisms can be inserted into living tissues to do things.
Some challenges with working with such small things are that they are breakable. Only very specialized people can operate on them. They would be expensive to make. They would be easy to lose. They would be hard to look at for servicing. They would be expensive to buy.
I could not see your article, but these are some thoughs that came to mind for me on the subject. I hope it helps.
what you see today in electronics is the result of microelectronics
before this era it was electronics, transistors…were of a visible size they could be handled
today in a memory stick (USB memory) when there is 1 GIG of data, it means 1 billion memory cell by 8 bits
there are more than 8 billion transistors in such a device
the size if of atomic nature
nano technology is the next phase of miniaturization
here are some photos
http://images.google.ca/images?hl=en&um=1&sa=1&q=nano+materials&aq=0&oq=nano+materi&start=0
http://en.wikipedia.org/wiki/Nanomaterials
these technologies is what will make possible flexible displays
tomorrow you will be able to have a display that folds like a paper and you hang on the wall for viewing
A
Probably talking about small structures within living organisms that are made from inorganic materials.
An example you will study in your class will be the magnetite nodules that some bacteria form, and use to move toward or away from Earth's magnetic north.
http://en.wikipedia.org/wiki/Magnetotactic_bacteria
You might also study the formation of mollusc radula, or even the mineralization of bones in vertebrates. Good luck.
micron molecules
it makes nanomaterials can do what materials can't do
just see the example here :
http://en.wikipedia.org/wiki/List_of_nanotechnology_applications
http://www.chemicalvision2020.org/nanomaterialsroadmap.html
NanoMaterials, Ltd. 18 Einstein Street P.O. Box 4088 Weizman Science Park, Bldg. 18 Nes Ziona 74140 Israel Telephone: +972-8-930-2671 Fax: +972-8-930-2675 …