Electronic Paper : era of flexiability...!

This technology has been in development for over a decade* and is now seeing widespread use.* It works by combining organic, thin film transistors (TFT) with organic, electroluminescent displays. This produces flexible, paper-thin devices barely 0.3mm in thickness.

Early applications included the first e-readers, but more sophisticated products have now emerged, some capable of running high-quality video. Ultra-thin smartphones, clothing and textiles with electronic displays, video ID cards, video leaflets, road signs that are self-illuminating, video instructions on food and other packaging – these are just some of the items to feature this technology.

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GOOD BYE SKETCHING ..HELLOW...ADOBE INK AND SLIDE

Drawing on a touchscreen has never been as natural as doodling on paper. 
An iPad’s capacitive display only records touches that are greater than 4 millimeters too large for finer details. 
The tip of the Adobe Ink stylus is just 2 mm, but a specially designed transmitter near the grip of the pen tricks the screen into reading it anyway. 



The kit also comes with a bonus for draftspeople: the Slide ruler uses two capacitive pads to plot straight lines and other shapes onscreen

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THE VERY FIRST ROLLABLE SCREEN

Long have we lived with the promise of truly flexible displays, and long have the nuances of material design kept it from becoming reality. Earlier this year, LG introduced the first large-size mass-producible flexible OLED display. Thanks in part to a bendable polyimide film (instead of hard plastic) on the back-plane panel, the 18-inch high-resolution screen can roll into a one-inch-wide tube. The company expects to develop an ultra-HD flexible monitor that’s greater than 60 inches by 2017.

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Nano-Architecture

Conventional wisdom dictates that heavy materials are strong and light materials are more flexible. Nano-architectures prove that it’s possible to turn those rules on their head. Engineers can fabricate materials with a complex web of metal trusses. In the future, super strong and light materials could improve a variety of products. Currently researchers at MIT, Caltech, and Lawrence Livermore National Laboratory are examining how to use these materials in high-density batteries and insulation

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WiGig : now transfer data in GBs in seconds

This year, the first devices containing WiGig radios hit the market. WiGig is a new wireless standard that operates on the wider 60 GHz frequency band. Information can transfer from device to device at 7 gigabits per second, and its low latency makes it a prime candidate for wireless docking.



Companies including Dell, Qualcomm, and Intel are incorporating the technology into products. Their WiGig-enabled devices will be able to instantly wirelessly connect PCs and peripherals, in addition to function as access points and data sharing, ushering in the age of a truly wireless office.

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Ultra Short Throw 4K Projector is the Future of the Television

BOOM!! good new for cinema lovers ....The Ultra Short Throw 4K Projector was immediately one of the coolest things to come from CES at the beginning of this year(2015). We still view projectors as clunky, old technology, but Sony is looking to change that with its newest possible addition to your living room. It’ll take an entire wall of your living room, but with its beautiful, unobtrusive design, it fits in with the modern home pretty well. Say hello to the future of living room screens.

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IMAX DIGITAL CAMERA :VERY FIRST SMALLEST, LIGHTEST 3D CAMERA

No cinema camera captures mind-blowing images like an IMAX camera, but because the cameras are so loud and heavy (the 3-D versions are around 200 pounds), cinematographers have to pick and choose when to use them. The new IMAX Digital 3D Camera weighs only 38 pounds and is nearly silent. That means cinematographers can mount it on cranes, squeeze it into tight spaces, or carry it above treetops in a hot-air balloon  to capture footage never before seen on the ultra-big screen or elsewhere, for that matter.

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