We Lost … to Mathematicians?

Doing the Math to Find the Good Jobs

The study, to be released Tuesday from CareerCast.com, a new job site, evaluates 200 professions to determine the best and worst according to five criteria inherent to every job: environment, income, employment outlook, physical demands and stress.
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According to the study, mathematicians fared best in part because they typically work in favorable conditions — indoors and in places free of toxic fumes or noise — unlike those toward the bottom of the list like sewage-plant operator, painter and bricklayer. They also aren’t expected to do any heavy lifting, crawling or crouching — attributes associated with occupations such as firefighter, auto mechanic and plumber.

Physicist ranks 13th, presumably because we experimentalists get to play with dangerous things, which I consider a perq. At least we beat out Astronomer; I suppose that’s because they have to work nights.

She's Not The Big, Bad Wolf

Stephanie reviews Who’s afraid of Marie Curie? by Linley Erin Hall.

Many interesting topics are highlighted, including

There is also a very good summary chapter on the research on gender differences in scientific ability. As you might have guessed, males and females are more similar than they are different on most (but not all) aspects of mind. She reviews the questionable ability of standardized tests (like the SAT) to demonstrate gender differences that are real (boys tend to score higher on the SAT than girls, but girls’ SAT scores tend to underpredict their grades in college math classes).

One thing I have complained about in discussions on gender equity is that many arguments simply assume that males and females are identical, and focus discussion elsewhere. Nice to see someone investigating the matter as part of their discourse.

Cabbage Crates Coming Over the Briny

Who has the worst jargon?

I was recently asked to fill out a questionnaire to evaluate how my place of work was doing in terms of some business metrics. It was hell. Two groups that love their jargon and acronyms, the government and business. I thought that it could have been worse, because science could have been involved, too, so I wonder: who does the worst job with their jargon? I’m biased, but I think in general, science is not the worst offender — in the defense of myself and colleagues, it’s at least expected practice that you define any terms you’ve made up before you use them elsewhere in your presentation. In business and government/military (at least in my anecdotal experience), not so much. I’ve heard the stories (and seen once or twice for myself) of instances where someone will talk about FLURG at length, and then finally someone asks what FLURG stands for, because it turns out that nobody knew.

Unnecessary jargon obfuscates, er, hides meaning, because you focus on some buzzword without knowing what it means. So how does one distinguish between necessary and unnecessary jargon? In order to justify its use, the jargon has to give some benefit. The most obvious is shortening a long term to save time. To take some examples from atomic physics, Coherent Anti-Stokes Raman Spectroscopy is CARS, a Magneto-Optic Trap is a MOT. I consider these to be reasonable jargon, even though you may not know what Raman Spectroscopy is (it’s not the study of inexpensive noodles, that’s Ramen Spectroscopy). But no information has been lost.
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Johnny on the Spot

Top Scientific Mnemonics

Memorize these phrases to learn the first eighteen elements – when you are done, make up your own phrases for some of the others.

Happy Henry Likes Beer But Could Not Obtain Four Nuts

That gives us the first 10: Hydrogen, Helium, Lithium, Beryllium, Boron, Carbon, Nitrogen, Oxygen, Fluorine, Neon.

Naughty Magpies Always Sing Perfect Songs Clawing Ants

That gives us the next 8: Sodium (NA), Magnesium, Aluminum, Silicon, Phosphorous, Sulfur, Chlorine, Argon

Personally, I prefer Lehrer, but that’s not the elements in order