Before 2014, science had information about which insect species delivered the most painful sting, but it didn't have info about how the painfulness of stings varied by body location. So Cornell University graduate student Michael Smith set about to correct this omission. He used honey bees to sting himself in 25 body locations and then rated the painfulness of the stings on a 1-10 scale. He published his results in the online journal Peer J (Apr 3, 2014, "Honey bee sting pain index by body location").
From the article:
Guard bees were collected in a cage, and used immediately. Bees were taken from the cage haphazardly with forceps. To apply the sting, the bee was grabbed by the wings and pressed against the desired sting location. The bee was held against the sting location until the sting was first felt, and kept at the location for 5 s to ensure that the stinger would penetrate the skin. The bee was pulled away after 5 s, leaving the stinger in the skin. The stinger was left in the skin for 1 min, and then removed with forceps.
And the results:
The three least painful locations were the skull, middle toe tip, and upper arm (all scoring a 2.3). The three most painful locations were the nostril, upper lip, and penis shaft (9.0, 8.7, and 7.3, respectively).
Ormonde de Kay, Jr. first proposed the "theory of continental drip" in Horizon magazine (Winter 1973), although it was more of an observation than a theory. He wrote:
Continental drip is the tendency of land masses to drip, droop, sag, depend, or hang down — like wet paint in the Sherwin-Williams trademark — except that they cling to the Earth's surface below the equator instead of falling off into space.
De Kay's article was meant to be tongue-in-cheek, and there have been several elaborations of his theory in the same vein, such as here and here.
However, it's true. Continents and peninsulas do seem to "drip" south — Africa, South America, Baja California, Florida, Greenland, Scandinavia, Italy, Greece, India, Malaysia, Indochina, and Korea.
So why? Is there a reason? De Kay wrote:
A few possible explanations come to mind: some palaeomagnetic force, for example, unsuspected and therefore undetected, centered in massive, mountainous Antarctica and perpetually tugging at the lower hems of land masses. Or drip might somehow be the result of the Earth's rotation, or of lunar attraction.
But like I said, De Kay wasn't being completely serious. The closest I've been able to find in the way of a genuine scientific response to this mystery is in New Scientist magazine (Dec 18, 1999), when a reader wrote in asking about the dripping continents and received the following response:
The present pattern of landmasses is just one of many that has occurred as the continents, starting with super continent Pangaea, have wandered all over the globe during the past few hundred million years. In another few hundred million the continents and their positions and shapes will all look quite different again, so not too much can be read into today’s pattern.
In other words, there really is no reason for the dripping. It's just random chance.
Advances in photographic technology that occurred in the 1860s and 70s led to the invention of plates that had exposure times of a fraction of a second. This allowed for "instantaneous photography," as it was called at the time. Moving objects could be frozen in time by the camera.
Researchers immediately used this technology to study bodies in motion. Most famously, Eadweard Muybridge in 1878 took a series of images to study the galloping of a horse. Similarly, neurologist Jean-Martin Charcot used instantaneous photography to study the muscular movements of his human patients.
A more unusual application of the technology took place on June 6, 1881, when Mr. Van Sothen, photographer in charge at the United States School of Submarine Engineers in Willett's Point, New York, took an instantaneous photograph of a mule having its head blown off by dynamite. The mule was apparently old and was going to be put down anyway, so it was decided to "sacrifice the animal upon the altar of science."
On the 6th of June, 1881, an instantaneous view was taken, by your direction, of the execution of a condemned mule belonging to the Engineer Department. A small bag containing 6 ounces of dynamite and a fuse was fastened on the mule's forehead, the wires from the fuse connecting with a magneto-electric machine. The camera was placed at a distance of about 47 feet from the mule and properly focussed; the drop shutter was held up by a string, fastened to another fuse, which was placed in the same circuit with the first, so that both were fired simultaneously and the shutter allowed to drop. The result was a negative showing the mule in an upright position, but with his head blown off. This photograph has excited much interest and comment in the scientific world. A very narrow slit was used in the shutter, and as nearly as can be estimated the time of exposure was about 1/250 of a second. A 10 by 12 gelatino-bromide instantaneous Eastman dry plate was used, with a 4 D Dallmeyer lens, using the full opening.
After the publication of Elephants on Acid (around 2007), I decided that it would be a good idea to have a website to help promote the book. Something where I would feature some content from the book, as well as post new stuff related to weird science.
Most of the good domain names (including, at the time, ElephantsOnAcid.com) were already taken. So I ended up creating a site at MadScienceMuseum.com.
I added some content to the site, and then, after a while, I stopped. The site lay dormant, without updates, and largely without visitors.
Fast forward to the present. It recently occurred to me that it was stupid to keep paying to keep MadScienceMuseum.com online when hardly anyone visits it, and all the content on it would be perfectly appropriate for WU, which does have visitors.
So I'm getting rid of the "Mad Science Museum" and migrating all the content over to WU. It'll be a slow process, but if you notice me doing additional posts about weird science stuff, that's the reason.
I can learn little personally about Adolf Heilborn (1873-1941). But his book THE OPPOSITE SEXES caused a bit of a stir when it appeared in 1927, given that he described the female human as the missing link between ape and male human. Naturally, there was, um, a little pushback.
Back in 1969, air-pollution researcher Alfred Hulstrunk had arrived at the pessimistic conclusion that pollution levels were getting so bad that within 10 to 15 years every man, woman, and child would need to wear a breathing helmet to survive outdoors. And within 20 years, he predicted, everyone would have to live in domed cities.
Part of the problem, Hulstrunk believed, was all the stuff that society produced, such as "plastic beer containers that can be burned instead of just discarded." When burned, the beer cans added to air pollution. He noted, "Aesthetically you improve your area so that you don't have beer cans along the road, but now you are breathing beer cans."
Therefore, Hulstrunk had prepared for the future by designing an air pollution survival suit "to prevent inhaling beer cans or any other matter."
Corsicana Daily Sun - Dec 23, 1969
Arizona Republic - Dec 21, 1969
Note: It looks like Hulstrunk is still around, now aged 90. He recently gave a talk at Cedars of Lebanon State Park.
When I first saw this headline I thought it was talking about weird school kids, and I was definitely intrigued. What it was actually about was interesting, but not as interesting as an article about freaky kids luring octopuses into their gardens would have been. But I still like the headline.
The wikipedia article on Oxford anthropologist Arthur Thomson (1858-1935) notes that he's best remembered for formulating Thomson's Nose Rule, which states that ethnic groups from cold climates tend to have thinner noses than groups from hot climates.
Apparently he's not remembered for his "Women Are Like Apes" theory, which he presented to a meeting of the Royal Academy of Sciences in 1927. The basis of this theory was that, "woman's legs are usually shorter, and her arms longer, than man's" — and this, Thomson felt, made women more ape-like.
I was curious whether Thomson was actually correct about female body proportions, and after some googling I've concluded that he probably was — at least about women (on average) having shorter legs as a proportion of their total height than men do. See, for instance, this article by a designer of bicycles for women, which says that's the case.
Paul Di Filippo
Paul has been paid to put weird ideas into fictional form for over thirty years, in his career as a noted science fiction writer. He has recently begun blogging on many curious topics with three fellow writers at The Inferior 4+1.