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Opening
candy wrappers at the speed of sound
by Mad Dog
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It makes me
wonder whether I’m really better off trying to force myself to
lick a Tootsie Roll Pop rather than suck it, or if there are really
more jiggles when I watch Baywatch in slow motion. |
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Just when you thought scientists were finally buckling down to
tackle the truly important problems of our times, like unraveling
the keys to the genetic code, finding a cure for AIDS, and creating
amber bulbs for traffic lights that people don’t mistake for
green, along comes a startling breakthrough: They’ve discovered
why candy wrappers make noise.
A physicist from
Massachusetts broke the news at a meeting of the Acoustical Society,
a group that thinks “Shhhhh” is a dirty word. Eric Kramer
announced that the noise candy wrappers make when you open them is
caused by pops and snaps as the creases in the material are pulled
apart. It’s revelations like this that instill confidence in our
education system.
The interesting
part—as if this isn’t already truly fascinating—is that he
says opening the wrapper slowly doesn’t make the noises any
quieter, it only spreads them out over a longer period of time. This
is pretty much the same argument men have been giving women for
years when asked why they think foreplay should last about as long
as a Pia Zadora retrospective—it doesn’t make it better, just
longer.
This is causing me to
rethink a lot of my habits. Not the foreplay one, because lately
it’s been more of a rarity than a habit. But it does make me
wonder whether I’m really better off trying to force myself to
lick a Tootsie Roll Pop rather than suck it, if there are really
more jiggles when I watch Baywatch in slow motion, and
whether getting there actually is half the fun. Or could it be only
a third?
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It came
to Sir Roger’s attention a couple of years ago that Kleenex
quilted toilet paper had an embossed design that looked remarkably
like his copyrighted Penrose Pattern. Exactly how he discovered this
isn’t important.
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Hopefully Kramer’s candy bar research will spur some real
life applications, though I’m not in a position to say for sure
since I’m not a scientist, I only play one when I want to wear a
lab coat with nothing underneath and sniff chemicals that make me
goofy in the head. But hopefully it will inspire others to look into
similar time-related problems, such as whether it hurts less to pull
a Band-aid off a hairy body part quickly or slowly. Or whether you
get wetter running through the rain or walking.
While this last one
may not seem important to you or me, it is to Marilyn vos Savant.
She’s the columnist who bills herself as the world’s smartest
person and discusses this topic at least twice a year. I don’t
know if she’s really the world’s smartest person though I do
know she’s smarter than I am. After all, she’s the one who gets
paid big bucks by Parade to write about walking through the rain and
I don’t. But I’m not convinced she’s the smartest.
After all, if she was she wouldn’t be writing a column at all,
she’d be designing toilet paper like Sir Roger Penrose.
Sir Roger is a
British mathematician who, in 1974, came up with a geometric design
which showed for the first time that a nonrepeating pattern could
exist in nature. I really have no idea what this means though I have
seen a drawing of it and it looks like something out of an M.C.
Escher drawing. Or maybe the acid scene in The Trip with
Peter Fonda, a movie I only mention because he deserves to be
reminded of it periodically. Humility, after all, is a good thing.
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Scientists
figured out a way to make a beam of light pass through a tube of
cesium gas so quickly that it exited the chamber before it entered.
This will come as no surprise to married women who are all too
familiar with the concept of something being over before it starts. |
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Anyway, or at least I can safely say I don’t want to know. After
all, like the ingredient list for head cheese, there are some things
in this world that are better off staying secret. Sir Roger sued
Kleenex, joined forces with the current European manufacturer, and
we can only hope that this pattern of infringement suits becomes as
nonrepeating as his discovery.
I have to wonder what Einstein would have thought about the
effect speed has on the noise level of unwrapping a candy bar. After
all, he had a theory about everything, and many of them involved
speed. None, to my knowledge, involved candy or toilet paper. Much
of his work hinges on the concept that nothing can travel faster
than light, which moves at 186,000 miles per second, or about as
long as I can sit still through an average episode of Survivor.
Yet scientists are now breaking that cherished rule. In an
experiment performed at the NEC Research Institute, scientists
figured out a way to make a beam of light pass through a tube of
cesium gas so quickly that it exited the chamber before it entered.
Honestly. While this is truly amazing it will come as no surprise to
married women who are all too familiar with the concept of something
being over before it starts.
Scientists say this
experiment doesn’t actually negate the laws of physics, which is a
good thing or we’d be just like the Flongers from Star Trek
episode 86 which I just made up. Actually they explain this
phenomenon away by discussing the composition of light waves, the
properties of ionized gases, and the need to get back to filling out
forms so they can get another government grant, this time to find
out if The Firesign Theater was right when they asked “How can you
be in two places at once, when you're not anywhere at all?”
Meanwhile I’m still sitting here trying to figure out how to open
this bag of potato chips without tearing it into shreds and dumping
the chips all over the floor. But at least now I know why it’s so
damned noisy.
©2000 Mad Dog
Productions, Inc. All Rights Reserved.
These columns appear in better newspapers across the country. Read
them quietly, but quickly.
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