Newly discovered materials will allow revolutionary manufacturing processes to change the face of computer hardware as we know it. The future is clear.
We are about to embark on yet another revolution in technology. It wasn’t long ago that the transistor was the turning point, taking us down the road that has lead us to the modern consumer electronics devices we all enjoy today, the next turn is about to be even more revolutionary than you can possibly imagine.
Take for example, the HP LiM (Less is More) concept computer designed by Jeffrey S. Engelhardt. The white “book” is actually the computer itself, constructed using an aluminum frame, with bamboo, yes, bamboo fabric stretched around to cover the computer interior. This is ingenious, as heat is the main enemy of computers. Using a stretched breathable natural fabric allows amazing ventilation of the system, while lowering manufacturing costs by up to 65%. The concept system seen here features a 19″ transparent tough OLED display, a virtual trackpad projected onto the desk surface, and wireless keyboard to eliminate cable clutter. More can be seen here.
Flexible OLED displays will certainly lead to advancements such as wearable devices that are built into the clothes and gear that we wear, further integrating technology into our everyday lives, and our dependence on it.
Another example is, (don’t laugh), Google Goggles. Here is Google’s concept video of what life will be like with a virtual screen directing our lives as it happens. Google Goggles is part of their “PROJECT GLASS“, which can be seen here.
If all that isn’t enough, add these technologies into the mix:
GPS: Global Positioning System for the purpose of determining the device’s (and usually by default, the user’s) current location on Earth.
BUMP: Shares contact information and photos by simply bumping two phones together. Just open Bump, hold your phones, and gently bump your hands together — Bump will magically do all the rest. There are two parts to Bump: the app running on your device and a smart matching algorithm running on Bump servers in the cloud. The app on your phone uses the phone’s sensors to literally “feel” the bump, and it sends that info up to the cloud. The matching algorithm listens to the bumps from phones around the world and pairs up phones that felt the same bump. Then Bump just routes information between the two phones in each pair.
RFID: Radio-frequency IDentification is the use of a wireless non-contact system that uses radio-frequency to transfer data from a tag attached to, or embedded within an object, for the purposes of automatic identification and tracking. RFID tags can be attached to clothing, possessions, Livestock and pets may have tags injected, allowing positive identification of the animal, or even implanted within people.
NFC: Near Field Communications builds upon Radio-frequency identification (RFID) systems by allowing two-way communication between endpoints (devices). NFC is a set of standards for smartphones and similar devices to establish radio communication with each other by touching them together or bringing them into close proximity, usually no more than a few centimeters.
By utilizing these technologies, our electronic devices can communicate with each other, and the world around them, live, in real time.
There is your sneak peek into the very near future of our tech as it becomes more inseparable from our lives as we know it. In the coming weeks, I will be talking about revolutionary new technology that will chance the way we use and interact with technology, consumer electronics, and the world, using newly discovered materials like Graphene, but in this week’s column, I will be talking about bamboo fabric, that will be implemented into the design and functionality of future devices which will have a major impact on our lives.
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J. D. Redmond ~ “Dr. Tech” ~ http://www.DrTech.co