Designing for the Internet of Things

(Nandana) #1

  1. LEarninG and tHinkinG witH tHinGs (^) | 119
    Before answering that question, first consider this question: where
    does thinking occur?
    If your answer is along the lines of “in the brain,” you’re not alone. This
    view of a mind that controls the body has been the traditional view of
    cognition for the better part of human history. In this view, the brain
    is the thinking organ, and as such it takes input from external stimuli,
    processes those stimuli, and then directs the body as to how to respond.
    Thinking; then doing.
    But, a more recent and growing view of cognition rejects this notion of
    mind-body dualism. Rather than thinking and then doing, perhaps we
    think through doing.
    Consider the game of chess. Have you ever lifted up a chess piece,
    hovered over several spots where you could move that piece, only to
    return that piece to the original space, still undecided on your move?
    What happened here? For all that movement, there was no pragmatic
    change to the game. If indeed we think and then do (as mind-body
    dualism argues), what was the effect of moving that chess piece, given
    that there was no change in the position? If there is no outward change
    in the environment, why do we instruct our bodies to do these things?
    The likely answer is that we were using our environment to extend our
    thinking skills. By hovering over different options, we are able to more
    clearly see possible outcomes. We are extending the thinking space to
    include the board in front of us.
    Thinking through doing.
    This is common in chess. It’s also common in Scrabble, in which a
    player frequently rearranges tiles in order to see new possibilities.
    Let’s return to our Kanban example.
    Even though many cognitive neuroscientists (as well as philosophers
    and linguists) would likely debate a precise explanation for the appeal
    of sticky notes as organizational tools, the general conversation would
    shift the focus away from the stickies themselves to the role of our
    bodies in this interaction, focusing on how organisms and the human
    mind organize themselves by interacting with their environment. This
    perspective, generally described as embodied cognition, postulates that
    thinking and doing are so closely linked as to not be serial processes.
    We don’t think and then do; we think through doing.

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