Are you finding ads on your Internet browser more and more
annoying? There’s a reason for that. Compared to the more passive nature of
watching television, we interact more actively and purposefully with the Internet.
To get your attention, advertisers need to work harder by hammering you with
annoying, pop-up, highly animated, distractions.
How do we function in an information-overloaded age? And how
do advertisers engage in an arms race for your attention? Insight into this and
much more can be found in Sold on Language by Julie Sedivy and Greg Carlson, both experts in
linguistics and cognitive science. Their book is subtitled “How Advertisers
Talk to You & What This Says About You”. The book cover looks commercial,
and you have to work a little harder to see that the publisher is
Wiley-Blackwell. This is an academic book, chock full of information, but very
well written – to keep your attention focused. (I recommend it!) In today’s
post I will just focus on Chapter 3 – The Attentional Arms Race
With information being hammered at you from the moment you
wake up, why aren’t you completely exhausted? I like the way the authors frame
their response: “The answer is one that junior high teachers have known all
along: that people ignore most of the information that surrounds them. Or
rather, they shunt most of it off to the periphery of their attention, allowing
only a small, select portion of it a full audience with the attentive part of
their minds. Selective hearing and seeing is not just a fact about adolescent
contrariness; it’s a systematic human trait.”
I learned that mental attention and vision work similarly.
When you survey a scene, you think you are carefully taking in all that you
see. But actually, your detailed vision only covers a very small spatial area
(“about the size of your thumbnail held at arm’s length in front of you”). What
happens is that your brain interprets
the scene as your “your eyes jump around from one spot to another every
fraction of a second to take visual snapshots”. These snapshots are assembled
by your neurons giving you the impression of “a coherent scene by means of a
perceptual miracle.” (The authors provide excellent examples and references to
support their argument.)
So if you can only carefully attend to a tiny slice of what
you see and hear, how do advertisers try to grab you? By providing something
unexpected. Our brains are evolutionarily wired to react to unexpectedness
perceptually. Advertisers exploit this approach. The TV strategy is to “make
sure the first seconds of commercials are extra loud, extra flashy and with
lots of extra movement compared to the TV program they’re nested in, or novel
and unexpected enough [to] nab your attention.” Internet ads have to fight even
harder to do this because part of your attention is already devoted to your
browsing activity. That’s why we “experience these as annoying precisely
because we have to wrestle with them to regain control over our attentional
resources… [The ads] act as dead weights on our cognitive processes… making us
feel as if we’re expending more mental effort, which we are.”
Sold on Language
focuses mainly on advertising, but there are several examples of how deliberate
linguistic choices (accompanied by appropriate visuals) can be effective in
political messaging. Sedivy and Carlson uncover the many tricks that are used,
and analyze why they are effective – at least for a period of time, until the
dynamic arms race results in a blasé response to the old tricks, thereby
requiring newer tricks. Not all these are loud and brash. Many are subtle, and
perhaps all the more effective because of their covertness. There’s a reason
why branding is a multi-billion dollar industry. This includes political
branding. Much more can be said on this topic, but instead of commercial
advertising and politics, I would like to turn my attention to education for
the remainder of this post.
You’ve heard the old-fogey complaints about kids these days
being more easily distracted and having shorter attention spans. Technology and
the Internet are chiefly blamed. TV was blamed in an earlier generation. Books
were blamed many generations ago. But perhaps the main problem is not so much
the medium per se, but the arms race for attention. The Internet simply
provides a much larger audience at lightning speeds. What happens when more
blinking lights and rowdy animations fight for your attention?
First, let’s discuss two types of thinking. Both have
developed in humans evolutionarily for different purposes. They complement each
other in many cases, but sometimes come to conflicting conclusions. Deep thinking (System 2) is the slower,
analytical approach, which one needs for, say, learning chemistry in school. It
requires huge resources for our brain, but the concentration can be well
rewarded if focused appropriately. Peripheral
thinking (System 1), on the other hand, is quick and intuitive. It allows us to
quickly filter out the numbing deluge of sensory information, so we can attend
to something that might be life-saving at a moment’s notice. Serious analysis
is not part of its repertoire.
Here’s where the attention arms race makes things harder for
educators. The authors write: “Today, the thick information soup we swim around
almost guarantees that we’ll do proportionally more peripheral thinking… [It] rewards persuasive messages that use
superficial cues, many of which we’re not even consciously aware of. Messages
that focus on building a decent argument and presenting solid evidence are at a
competitive disadvantage in this environment.” Truthiness tends to be more
convincing than truth when your attention is being bombarded because you’re
inclined to process more peripherally.
There are two approaches an educator can use that are not
mutually exclusive. One, reduce the distractions. I don’t have a no cellphone
or laptop rule, simply because this has generally not been a problem in my
smaller-sized classes. (At my institution, the large introductory courses cap
at 40 students – so we have to run multiple sections for a core class.) Two,
provide something that grabs the student’s attention and motivates them towards
deep thinking. This is not easy,
because the deep thinking required in learning chemistry is quite difficult and
non-intuitive, and (excuse my pun) the activation energy barrier is rather
high. But there is a potential reward: a cognitive “learner’s high” akin to the
“runner’s high”. Tailoring in these experiences at appropriate time intervals
can provide a sufficiently motivating factor. One thing we’re seeing in the
advertising world is that people enjoy puzzles – not too hard, not too easy.
That’s the challenge of the educator, and a topic I hope to explore more as I
think about revamping my introductory chemistry class in the fall semester.
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