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A Graphene chip, showing off its flexible properties. |
Currently our technology has hit kind of a wall in regards to materials. Everything we're still using today consists of silicon chips, theres a limit to what we can do with this material. Our advancements have reflected this as well, with silicon being the choice material platform among the realm of semiconductors and their ilk. Its major drawback that holds us back is the problem of heat: we can run all the juice we need through a chip to make it do what we need it too but the material itself heats relatively easily, and as such needs to be cooled down with heatsinks, liquids, or fans.
Now what if I could say there was a material right around the corner which could solve not just this semi-conductor problem, but also make conventional metals obsolete in every way? Graphene (http://en.wikipedia.org/wiki/Graphene) might just be the next step to reinvent our capabilities. With a Strength 200 times greater than steel, Lighter than anything else in the field, with a high amount of heat resistance, and conducts electricity, this dream material is just what we need. Fortunately some patents have been put out to mass produce this refined material, so hopefully in the near future we'll finally be able to make some serious tech advancements. Cars that are 1/4th their current weight and more than 3 times durable that are also immensely fuel efficient are possible. Supercomputers (By todays standards) could be out preformed easily by a computer with graphene components. Aerospace travel also becomes revolutionized, the main problem with flight (and spaceflight, by extension) is weight. With weight being cut by such dramatic amounts, and computers increasing in power exponentially, aerospace companies can break down the barriers holding us back from expanding beyond the earth.
I've been thinking about this for a while since I read an article on this material, and seemingly the possibilities for this continue to amaze me. I imagine that the defense industry will put that material to good use as well, this produces some frightening possibilities. Lighter and more durable armors are the first things that come to mind, current ammunition as well would achieve record-breaking lethality. That goes without saying how tanks, aircraft, and the emerging field of Exoskeleton (and robotics, by extension) research could be revolutionized as well.
Ladies and Gentlemen, its a good time to be alive when we are. If we're lucky and the process for these materials become more refined and productive, we'll be able to see a new age of technological revolution firsthand. I wonder how it will effect the generation that comes up when this material makes its way into our lives?