Why You, Non-Nerd, Should Get Excited About Graphene
Let’s talk about the coolest substance ever: graphene. It’s one atom thick, (about one-millionth the thickness of a single strand of hair), it’s 100 times stronger than steel, and conducts electricity and light like nothing else. It’s a supermaterial that is quietly changing the course of technology.
Here’s why you should get exited about it:
It Will Turn Computers Into Transformers
It is now being suggested that graphene can be changed into different configurations on the fly by simply manipulating it with lasers. That means that it could take on the form of different computers in just seconds, freeing us from hard-printed, static motherboards. Right now, you carry multiple computers configured for different purposes, partially because their motherboards, printed on hard silicon, can’t do anything other than that for which they were designed. Your smartphone handles a selection of communication and entertainment functions. Your camera is filled with camera-friendly chips. Your game console is heavy on graphics and presentation hardware. Your computer is memory-heavy, able to crunch file structures and complex mathematics.
Your Smartphone Will Get Even Smarter
Graphene, with its perceived infinite laser-configurability as a motherboard, could morph into virtually any kind of computer. Different sheets could handle different functions at the same time in the space of a tiny sheet of paper. Electronics could be improved and updated—even changed completely—remotely. Your smartphone operating system updates and game console software updates are one thing, but imagine if you could download a totally new smartphone to your graphene-based device rather than waiting for Apple to announce it every fall.
Your Batteries will Charge in Seconds
Researchers at UCLA turned it into a battery that charges in seconds and leaves no negative environmental waste behind. Because of graphene’s hyper-conductivity and sensitivity to light, it can be used to store energy—in short, it can become a battery. And because of it’s minuscule size and flexibility, it charged in seconds.
Your Internet Connection Will Be One Million Times Faster
Researchers at Georgia Tech created an antenna that can transfer an entire terabit of data in one second. That’s 1,000 gigabits (a single gigabit is a billion bits). For comparison sake, the average U.S. broadband internet speed is 10 megabits per second. This wireless graphene test was approximately a million times faster than that.
You’ll Know Your Blood Composition in Real Time
Graphene is being studied for uses in medicine as it could act as a great bioelectric sensor to monitor things like glucose levels, cholesterol, and DNA sequencing. If you think today’s wearables are impressive in the way they monitor heart rate and distance traveled, just imagine what graphene will monitor!
Your Water Will Taste Awesome
Since water can pass through graphene, it could also be used as an ultrafiltration medium to filter water supplies or even desalinate water. In short, graphene can be configured as a “smart filter” in that it can distinguish between different atomic species, filtering some and letting others through.
Your Shirt Will Charge your Laptop
Graphene could replace silicon photovoltaic cells to generate solar energy. It would be cheaper to produce and much more efficient since it doesn’t reflect as much light—it rather absorbs it turning it into even more energy. And since graphene is flexible, we could one day turn our clothing into photovoltaic cells. Just, you know, plug your laptop into your shirt and you’re good to go.
So What Does it All Mean?
If your head hurts, it should. Graphene is poised to change the world of technology as we know it. When I was maybe 7 or 8 years old, my father came home from work with a little jewelry box. He called me over, placed the box on the kitchen table, and gently slid it open. Resting in a bed of styrofoam was the first silicon microchip I ever saw. “Son,” he looked at me. “This thing will change your world.” He was right, of course. Now graphene is about to do the same thing all over again.
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