A recent episode of the TV show Bones lifted an idea from the headlines. As in real life, pairs of feet wash up on the Canadian shore, prompting an investigation.
Curiously, reports of the episode disagree on the number of severed feet, unconsciously mimicking, perhaps, the confusion surrounding the reports of the non-fictional feet--reports that are tangled up by a couple of fakes (animal paws stuffed in shoes) and a pair of chronological outliers (discovered much earlier than the rest).
TV.com reports on 7 pairs of washed up feet in Bones. "Brennan teams up with a Canadian forensic podiatrist to determine the identity of the real victim after seven pairs of feet are found washed up on the U.S.-Canadian border, but six pairs turn out to belong to research. Elsewhere, Cam crosses a major boundary when she takes away Michelle's right to choose her own college."
BSC.com, however, issued a report of 8 pairs of feet! "Weather patterns plotted by Angela indicated that seven sets of feet belonged to cadavers from the body farm at the University of Hogansburg. The farm had recently been flooded, and the waters helped to naturally separate most of the feet from the bodies. The eighth set of feet showed signs of being cut by power tools, indicating murder."
An interesting piece of the show is the idea of tracing back to the feets' point of origin, an idea that popped up in discussions during our previous severed-feet post on LoS.
Currents and weather are complex, however, and the difficultly of such an endeavor is highlighted by a case where one man's feet drifted apart and washed up on opposite ends of the North Sea!
Consider, too, a recent report that "the body of a man washed out to sea last month when the tsunami from Japan hit the Northern California coast has been found more than 300 miles north in Oregon near the mouth of the Columbia River."
300 miles! An entire body!
I'm tempted to inappropriately joke that buoyant shoes must drift more than a few feet.
Seriously, though, check out No Agenda Foot's cool, interactive map that displays the world-wide phenomena of severed feet findings. You can see that feet are washing up all over the place, but there appear to be clusters, the biggest being in the Pacific North West--but smaller pockets seem to appear else: several feet in San Francisco Bay, several more in the North Sea, and a couple in the Bermuda triangle.
Most of these clusters are probably easy enough to explain away. Bear in mind that as a body rots in the ocean, its buoyant shoes tug upwards, sometimes strongly enough to eventually disarticulate the ankle--hence, floating feet. Compound that with lots of suicides off the Golden Gate bridge, and it's no surprise that there must be lots of feet in San Francisco Bay. The North Sea "cluster" is about two-thirds one man, so it's hardly a trend. The Bermuda triangle is probably too big to declare two feet a "cluster", and one of those two only floated after a shark coughed it up.
But the Pacific North West? Now that's a mystery for the information age.
As the number of severed feet in Bones....
Showing posts with label tv. Show all posts
Showing posts with label tv. Show all posts
Friday, April 15, 2011
Wednesday, February 17, 2010
Why Widescreen?
So I was wondering ... why are screens wide? Why not tall-screen TV? Or round?
I came up with a simple explanation. Our eyes are side-by-side. Which means that our vision captures a wide field. You can imagine some alien species with one eye above the other. Their vision would be tall--can't you picture their corresponding HD 9:16 tall-screen TVs?
But to take this back a step, why on earth are our eyes side by side? I think that it's because of gravity. For the most part, from our perspective, we're operating on flat surface that spreads long to the left and right. We scan left and right -- so our eyes are side to side.
Of course this beggars the question: why don't flying things have eyes one above the other?
Well, if you consider insects, they sort of do. But let's ignore them. You're left with things of flight that evolved from walking, crawling things. Birds and bats have side-by-side eyes because they evolved from earth-bound creatures.
And that beggars the question, didn't all the walkers evolve from swimmers? Why do swimmers have side-by-side eyes instead of up and down?
Well, again, I have to guess. It seems like fish bodies are mostly symmetrical across the Y axis -- that is, the left half is pretty much the same as the right.
It's been pretty well established that symmetrical outputs are a function of gene coding efficiencies, but the relevant question to our inquiry here is -- why symmetry along the Y axis instead of the X?
It seems to me that this happened because gravity pulls the fish down, so a simple bladder mechanism allows for up and down movement. You know--add air to the bladder to rise, release air to sink. So up and down movement seems "easy" to conquer. Left and right, however, require powered thrusts -- so fish have fins to control motion on the Y axis. Once you've got this need for symmetry across the Y axis -- of course the eyes would follow.
So, I suggest: we have widescreen because gravity left our concerns on the horizon, which led to binocular vision working best (from a spot-the-prey or hunter perspective) when scanning the horizon instead of the ... there's no word for it? ... the "vertizon".
Now, imagine what spider TV would look like ...
I came up with a simple explanation. Our eyes are side-by-side. Which means that our vision captures a wide field. You can imagine some alien species with one eye above the other. Their vision would be tall--can't you picture their corresponding HD 9:16 tall-screen TVs?
But to take this back a step, why on earth are our eyes side by side? I think that it's because of gravity. For the most part, from our perspective, we're operating on flat surface that spreads long to the left and right. We scan left and right -- so our eyes are side to side.
Of course this beggars the question: why don't flying things have eyes one above the other?
Well, if you consider insects, they sort of do. But let's ignore them. You're left with things of flight that evolved from walking, crawling things. Birds and bats have side-by-side eyes because they evolved from earth-bound creatures.
And that beggars the question, didn't all the walkers evolve from swimmers? Why do swimmers have side-by-side eyes instead of up and down?
Well, again, I have to guess. It seems like fish bodies are mostly symmetrical across the Y axis -- that is, the left half is pretty much the same as the right.
It's been pretty well established that symmetrical outputs are a function of gene coding efficiencies, but the relevant question to our inquiry here is -- why symmetry along the Y axis instead of the X?
It seems to me that this happened because gravity pulls the fish down, so a simple bladder mechanism allows for up and down movement. You know--add air to the bladder to rise, release air to sink. So up and down movement seems "easy" to conquer. Left and right, however, require powered thrusts -- so fish have fins to control motion on the Y axis. Once you've got this need for symmetry across the Y axis -- of course the eyes would follow.
So, I suggest: we have widescreen because gravity left our concerns on the horizon, which led to binocular vision working best (from a spot-the-prey or hunter perspective) when scanning the horizon instead of the ... there's no word for it? ... the "vertizon".
Now, imagine what spider TV would look like ...
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