More Future Phones

Paper-Thin-Pamphlet-Smartphone-Concept-2The last decade has seen some real interesting developments in the field of digital technology and telecommunications. Perhaps too interesting! When one considers the kind of over-saturation  that has taken place with smartphones in recent years, not to mention the cavalcade of proposed concepts that are expected to take the field in the next few, one could get the impression that were moving too fast.

But that’s the nature of technological progress, it’s an iterative process that’s subject to acceleration. And of course, just because we’re being bombarded with countless proposals doesn’t mean they are all going to come true.  But what is clear is that the smartphones of the next generation are going to have a few things in common.

For example, flexible concepts are likely to be all the rage, as are touchscreens which have become the current mainstay. In addition, the phones are likely to be miniaturized even farther, some to the point of being paper thin and even collapsible. Transparencies are also a common concept, as are holographics and the ability to morph into other shapes.

In the end, its an open sea, and people will be free to pitch any and all combinations of these basic ideas. And there’s no telling which one’s will catch on and which one’s won’t. But one thing is clear. The end results are likely to be mighty cool and are sure to complicate our lives much, much more! And here are just some of the proposed concepts that are we likely to be seeing in the next few years…

Cobalto:
cobalto_phoneMac Funamizu’s “Cobalto” has taken the cell phone concept way into the future, with an almost all-glass design. The phone would feature 3D imaging that could make Google Maps even more useful, as demonstrated here.

Dial:
dial_phoneJung Dae Hoon’s “Dial” concept takes the rotary phone of the ‘good ol’ days’ and combines it with mobile technology and modern jewelry sensibilities.


Kambala:

kambalaA pop-up phone! Ilshat Garipov’s “Kambala” is a fascinating concept that features a center piece that can pop out to fit into your ear, making it an earphone. In theory, it will also have the ability to match your skin tone, rendering it almost invisible.

The Leaf:
leaf_phoneAnastasia Zharkova’s organic “Leaf Phone” melds aesthetic creativity with functionality. The winding stem of the leaves could be wrapped around a user’s arm, wrist, neck, or other body part.

Mobile Script:
mobile_scriptAleksander Mukomelov’s “Mobile Script” phone starts with a stylish and sleek small screen, then reveals a larger touchscreen hidden within the phone’s body to meet all of your media device needs.

Morph:
morph_phoneNokia’s “Morph” phone uses nanotechnology to create a flexible body and transparent screen that can be molded to whatever shape is the most convenient for its user. The nanotech could even clean itself.

Packet:
packet_phoneEmir Rifat’s “Packet” phone won first place at the Istanbul Design Week 2007. The tiny phone starts off at 5 cm square, then folds out as needed for different functions.

Pebble:
pebble_phoneAt first glance, this entrant into Fujitsu’s cell phone design contest looks like an ordinary paperweight. Actually, it’s a cleverly disguised phone. As the picture shows, the small black dot can be transformed into a keypad, media panel or web browser depending on what corner of the plastic handset you drag it to.

Sticker Phone:
sticker_phoneLiu Hsiang-Ling’s “Sticker Phone” has a solar panel on the back of the phone and a curved surface that will allow it to stick to a window via suction to charge. Plus, you won’t lose your phone somewhere on your desk.

Visual Sound:
visual_soundSuhyun Kim’s stylish “Visual Sound” voice-to-text concept phone for deaf people is a huge step from current systems like teletypewriters.

Window Phone:
window_phoneDesigned by Seunghan Song, this “window phone” concept will reflect current weather conditions on the screen. To input text, you just blow on the screen to switch modes, then write with your finger as a stylus.

Source: Huffington Post.com

“A Day Made of Glass”: The Future of Touchscreens

Earlier this week, I came across some interesting news regarding the creation of flexible, paper-thin displays. Known as AMOLED technology, companies like Samsung, Sony, Nokia, and other communication giants were all working towards the development of digital devices that would be controlled through manipulation and not touch. In addition, they would thinner and lighter than any and all previous digital devices, and virtually immune to destruction.

Well it seems that touch screens are not to be outdone yet. In the midst of all the fanfare about the future of communications and information technology, a company by the name of Corning had its own vision of things to come. In their world, display screens can and will be built into panes of what they call “Gorilla Glass”. These panes could be the screen on your next smartphone, or the window in your bathroom, the panels in your car, on a wall in the street, or the basis of portable computing.

Just imagine, information kiosks on the street made out of large panels of illuminated glass, tablets that are less than a centimeter thick and completely transparent, and a handheld mirror that can also receive text messages, email and incoming calls. Much like flexible displays, this sounds like something out of a truly awesome science fiction novel, or a somewhat awesome Hollywood approximation thereof.

For some time, speculative writers have predicted that the future of computing will lie in “smart surfaces” and “smart materials” that are composed of computers and displays so tiny, that any flat surface can be made into a dynamic display device or interface. Once again, it seems that reality is catching up to fiction, and not a moment too soon either! I don’t know about you, but it’s nice to learn about technological innovation that doesn’t evoke feelings of dystopia or apocalypticism.

Check out the video below to see what Corning has in mind and how they will likely effect future generations and how they interact with their everyday environment:

The Future is Here: Flexible Displays!

It’s like something out of a Neal Stephenson novel, or possibly movies like Minority Report or Red Planet. A display which you can not only morph and twist, but which is barely thicker than a piece of paper. Yes, some pretty impressive developments have been making the rounds in the world of displays of late, most of which are coming to an electronics store near you!

Many of these products were displayed last year at the 2011 Consumer Electronics Show in Las Vegas, where Samsung unveiled its revolutionary new AMOLED display on a number of items. AMOLED, which stands for active-matrix organic light-emitting diode, is a process where organic compounds are used to form the electroluminescent material while an active matrix takes care of pixelation and display.

The result is a display that can be twisted and shaped without fear of breaking the display, or ruining the picture quality. At CES, many of the displays came on hand-held devices, all of which boasted displays that were almost paper-thin and could be bent, hammered, and still maintain their picture. Check out the video below to see a few such items on display, which have since become commercially available, at least in some discerning sectors of the market.


But what is really exciting about this news is that it is not reserved to any one company. During 2011, virtually all technology firms with a hand in portable devices, laptops and tablets had their own ideas on new-age flexible displays that utilized AMOLED technology. Nokia has its own concept for the “Kinetic Device”, which it demonstrated at the Nokia World Conference in London this past September. This flexible phone is controlled not by touching the screen, but by manipulating the body itself. Check out this video of a demo of the Kinetic running Windows Phone OS.


Megagiants Sony, 3M and Microsoft are also on board, producing videos of products that are under development that utilize holographic technology, bendable displays, and all kinds of neat and futuristic concepts to produce the next great leap in gaming, personal computing, and communications. After viewing the majority of them, it seems clear that the future envisioned here will involve ultra-light, transparent devices that are extremely portable and merged with items we were on our person in the course of everyday life.

We can also expect things like windows and panes of glass to carry displays and interfaces as well, allowing people to get directions and access public databases just about anywhere. Consider the following video as an example of what’s in store. Not to left behind in the speculative department, Samsung produced this video of what they felt the future of tablets would look like:


You know the old saying, the truth is stranger than fiction? Well in this case, it seems the truth is catching up to the fiction. It’s nice when that happens, even if it comes a little bit later than expected. Now if someone would just invent a damn flying car already, we’d be in business!

Source: Huffington Post Tech

Envisioning Emerging Technology

Where are we headed when it comes to technology? Which fields will advance before others? When will certain devices and tools be available? How long before we can expect things like flying cars, interactive holograms, space travel, and intelligent robots? These are the questions currently being addressed by Envisioning Technology and its founder, Mitchell Zappa.

The purpose is pretty straightforward: by examining the wider context, one can see not only where technology is going in the near future, but how developments in one field will stimulate others. Once we have a better understanding of what lies ahead, according to Zappa, we can make better decisions of what to create today.

To illustrate this, ET has prepared a helpful interactive infographic, one which allows users to hover over an item and see a detailed description. The target dates range from 2012 to 2040, beginning with tablets and cloud computing and culminating in the development of Avatars, Space Elevators, and AIs. Some additional predictions include:

  • 2018: Self-driving cars
  • 2019: Space tourism
  • 2026: Domestic robots
  • 2030: Blood-powered displays embedded into human skin
  • 2033: Remote presence
  • 2035: Human missions to Mars
  • 2035: Thorium reactors
  • 2036: Space elevators
  • 2036: Climate engineering
  • 2037: Anti-aging drugs
  • 2039: Nanotechnology utility fogs
  • 2040: Arcologies (massive cities)

For a more detailed breakdown and description, check out the infographic below, or follow the link to the website for a more detailed interactive experience: