Just when parents and wives everywhere finally got thier point across to get their loved ones out from in front of the large screen TV and unplugged from their beloved game console, a twist emerges.
As it turns out even our most powerful computers have problems figuring out the right combinations, patters and sequences necessary to solve large complex problems. AN example of these complex problems that baffle our silicon constructed counter parts is defining the model of many viruses, and you can’t defeat what you do not understand. By leveraging the power of crowd sourcing and the serendipitous realizations that only humans can have (so far,) creating a game to engage gamers to figure out the unique characteristics (folds) of the simian AIDS-causing Mason – Pfizer monkey virus retroviral protease (AKA M-MVP) is having some great success. It’s kind of like Tetris meets chemistry class. Move over xenga, no virtual good in the world will trump the prize of being the person who helped conqore aids!
Even after this gaming experiment ends, the analyzation of the methods and patterms applied to the game by the gamers will be adopted by the computer algorithms, thereby furthering our ability to solve problems at scale.
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