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The Science of the Matrix

Posted by michael on from the contradiction-in-terms dept.

KamehamehaWarrior writes "Peter B. Lloyd, author of Taking The Red Pill: Science, Philosophy, and Religion in The Matrix, believes that many of the plot developments in "The Matrix" that seem to contradict the laws of physics, biology, etc. can actually be explained with a closer look at the science. He addresses issues such as "Can humans really be an energy source? How does the Matrix know what fried chicken taste like? Why do the rebels have to enter and exit the Matrix via a telephone system (that doesn't actually exist)?""

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  1. HERE IS THE TEXT OF THE ARTICLE by Anonymous Coward · · Score: 5, Informative

    Please mod me up, I need to work on my karma.

    GLITCHES IN THE MATRIX . . . AND HOW TO FIX THEM
    by Peter B. Lloyd

    Why, exactly, do the rebels have to enter the Matrix via the phone system (which after all doesn't physically exist)? And what really happens when Neo takes the red pill (which also doesn't really exist)? And how does the Matrix know what fried chicken tastes like? Technologist and philosopher Peter Lloyd answers these questions and more.

    To be published in Taking the Red Pill: Science, Philosophy and Religion in The Matrix (Ben Bella Books, April 2003). Published on KurzweilAI.net March 3, 2003.

    As the essays throughout this book demonstrate, the Wachowski Brothers designed The Matrix to work at many levels. They carefully thought through the film's philosophical underpinnings, religious symbolism, and scientific speculations. But there are a few riddles in The Matrix, aspects of the film that seem nonsensical or defy the laws of science. These apparent glitches include:

    The Bioport--how can a socket in your head control your senses? How can it be inserted without killing you?

    The Red Pill--since the pill is virtual, how can it throw Neo out of the Matrix?

    The Power Plant--can people really be an energy source?

    Entering and Exiting the Matrix--why do the rebels need telephones to come and go?

    The Bugbot--what's the purpose of the bugbot?

    Perceptions in the Matrix--how do the machines know what fried chicken tastes like?

    Neo's Mastery of the Avatar--how can Neo fly?

    Consciousness and the Matrix--are the machines in the Matrix alive and conscious? Or are they only machines, intelligent but mindless?

    This essay addresses these questions and shows how these seeming glitches can be resolved.

    THE BIOPORT
    Can the machines really create a virtual world through a bioport? And how does it work? The bioport is a way of giving the Matrix computers full access to the information channels of the brain. It is located at the back of the neck--probably between the occipital bone at the base of the skull, and the first neck vertebra. Wiring would best enter through the soft cartilage that cushions the skull on the spinal column, and pass up through the natural opening that lets the spinal cord into the skull. This avoids drilling through bone, and maintains the mechanical and biological integrity of the skull's protection. A baby fitted with a bioport can easily survive the operation.

    The bioport terminates in a forest of electrodes spanning the volume of the brain. In a newborn, the sheathed mass of wire filaments is pushed into the head through the bioport. On reaching the skull cavity, the sheath would be released, and the filaments spread out like a dandelion, gently permeating the developing cortex. Nested sheaths would release a branching structure of filamentary electrodes. As each sheathed wire approaches the surface of the brain, it releases thousands of smaller electrodes. In the neonate, brain cells have few synaptic connections, so the slender electrodes can penetrate harmlessly.

    With its electrodes distributed throughout the brain, the Matrix could deliver its sensory signals in either of two places: at the sensory portals or deep inside the brain's labyrinth. For example, vision could be driven by electrodes on the optic nerves where they enter the brain. Artificial signals would then pass into the visual cortex at the back of the brain, which would handle them as if they had come from the eyes. Correspondingly, outgoing motor nerves would also have electrodes at the boundary of brain and skull. This simple design mirrors the natural state of the brain most closely. It is not, however, the only possibility. Electrodes could alternatively be attached in the depths of the brain, beyond the first stages of the visual cortex. This would greatly simplify the data processing. In normal perception, most of the incoming information isn't processed; information you aren't paying a