This equation could spell your doom: (bN)(S/N)Z = bSZ. That is, if you ever found yourself in the midst of a zombie pandemic.
That’s because the calculation describes the rate of zombie transmission, from one walking dead individual to many, according to its creators, Robert J. Smith?, a mathematics professor at the University of Ottawa who spells his name with a “?” at the end, and his students. Smith’s work has inspired other researchers to create zombie mathematical models, which will be published with Smith’s work in the upcoming book, “Mathematical Modeling of Zombies” (University of Ottawa Press, 2014).
Though of course done tongue-in-cheek, Smith’s study demonstrates why zombies are the viruses of the monster world. Their likeness to viruses makes the creatures ideal subjects for theoretical epidemiological analyses, which can be used to capture the public’s imagination as well as explore scientific principles, Smith said.
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That’s because the calculation describes the rate of zombie transmission, from one walking dead individual to many, according to its creators, Robert J. Smith?, a mathematics professor at the University of Ottawa who spells his name with a “?” at the end, and his students. Smith’s work has inspired other researchers to create zombie mathematical models, which will be published with Smith’s work in the upcoming book, “Mathematical Modeling of Zombies” (University of Ottawa Press, 2014).
Though of course done tongue-in-cheek, Smith’s study demonstrates why zombies are the viruses of the monster world. Their likeness to viruses makes the creatures ideal subjects for theoretical epidemiological analyses, which can be used to capture the public’s imagination as well as explore scientific principles, Smith said.
Read more
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