Slow Internet download speeds have plagued the Millennial Generation. But now speedier computation is possible and all it requires is a source of sound waves near the data supply point.
New methods are being discovered continuously. Take the issue of Internet speeds. To quicken the time taken to download data, some reformative measures have been taken by computer scientists.
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We all know the infinite chagrin we experience as we wait for the vicious circle to end on our computer screens. The saintly patience needed for this has been dubbed the “World Wide Wait”. And so we have come far yet going all the way is just a start.
Not anymore though. The deconstructive abilities of scientists have led to their hacking the system to come up with a solution for this problem. Certain kinds of sounds especially voices that are singing songs can alter the rate of relay so that the download speeds pick up pace.
Most of the global 2.7 zettabytes worth of data is stored on hard disk drives. The data is transferred via scanners that use the apparatus like record players. The speed is something which has been hard to control on a human level.
In order to quicken the rate of relay, solid state drives need to be set up. These remove any need for moving components. Those which have been set up may increase speeds but they don’t last very long. This is their main drawback.
A magnetic solid state drive would overcome the problems altogether but further complications would arise thereby making the operation not very feasible. Yet the researchers have found a way to dismantle this dreaded riddle. By passing a certain frequency of sound waves over the apparatus the speeds could be increased remarkably.
The sound waves that work best are those from music and songs. They operate in such a manner that like earthquake waves, they occur close to the surface and send vibrations that cause the rates of relay to go sky high.
The acoustic waves are a very salubrious utility. They may lead to a solution to slow speeds without a changeover of the basic technology. The sound waves occur at nano-scale level.
They blend in perfectly with the data making its passage a piece of cake. It is such discoveries that show mankind’s capacity to innovate and improvise in case of intractable issues which crop up time after time.
Dr Hayward, from Sheffield's Faculty of Engineering, said: "The key advantage of surface acoustic waves in this application is their ability to travel up to several centimeters without decaying, which at the nano-scale is a huge distance.
Because of this, we think a single sound wave could be used to "sing" to large numbers of nanowires simultaneously, enabling us to move a lot of data using very little power. We're now aiming to create prototype devices in which this concept can be fully tested."
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This research is published in Applied Physics Letters.