Young chemists under the law
Yes, I was one of those kids who had model rockets, and always had a handful of model rocket “engines” on hand. And I had a chemistry set filled with strange chemicals that went snap, crackle, and pop, changed colors, and created strange and lasting smells in our basement. It might even have been a Gilbert chemistry kit.
It was a big white cardboard box whose wide cover lifted upward to reveal dozens of tiny vials of mystery, and experiments written in tiny text. I ignored most of the experiments in favor of randomly combining different chemicals and taking my own copious notes about which combinations made the loudest noises or otherwise had the most interesting results.
As I recall, it also came with a microscope and a few slides, to the horror of the insects in our yard.
This Wired article sounds like something Arthur C. Clarke would write: a science fiction novel about children huddled in dark corners performing forbidden rites… holding glass vials above a flickering flame, as the safety police close in.
- June 1, 2006: The basement was my university
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The Wired article about chemistry sets is spreading slowly through the geeknet. It is becoming an example of the struggle between structured and unstructured education. Dan Smith, on Slashdot, writes:
One of the things that has bothered me for a long time is that educators and policy-makers don’t seem to understand the crucial educational role of unstructured, unsupervised, childrens’ activity, from, say, about age 7 to 14.
It’s bothered me, too, but it bothers me more that even parents are becoming more and more worried about their children having time to play on their own.
I often think the most underrated social injustice is the different self-educational opportunities available to kids who live in a house with a basement versus kids that live in an apartment.
My basement was an upstairs room in our barn at first. After we moved I had my own room. When we first moved into that house, there was a window that we couldn’t get to, directly between the sides of a peaked roof. We (my dad, that is) took out the wall that had to lead to this space, and converted what had been an unused and inaccessible attic space into a small bedroom. There wasn’t a lot of space between those slanted ceilings, but there was enough for a desk (where I did a lot of writing), a ham radio, and a used TRS-80 Model I on which I first learned to play around with programming.
Chemistry experiments were saved for our new, spacious basement. It had a bar space with a sink that washed away quite a few smelly chemistry experiments.
Dan’s posting reminds me of something Andrew Weil• said in The Natural Mind•:
These changes in point of view cannot happen overnight, for they require acceptance of painful truths: that children daydreaming in class, for example, might be using their minds much more profitably than children paying attention.
Free play is an extraordinarily important part of a child’s growth, and it’s something they’re losing year by year. Part of the problem is that people today want reward without work. Creativity without destruction. But creativity is dangerous.
I wonder if there will come a day when programming and scripting experimentation will be considered too dangerous.
- Don’t Try This at Home
- “Garage chemistry used to be a rite of passage for geeky kids. But in their search for terrorist cells and meth labs, authorities are making a federal case out of DIY science.”
- Underground Chemistry
- “What do the nine letters I’ve redacted from a Wired article spell? Neither ‘pot plants’ nor ‘child porn,’ but....glassware.”
- Home chemistry under assault
- “Home science experimentation—model rockets, chemistry sets and playing with explosives—are a gateway drug to serious nerddom, having inspired the likes of Internet co-inventor Vint Cerf and Intel founder Gordon Moore. But the hobby is under assault from government agencies that are terrified of terrorists, from anti-fireworks campaigns, and from the war on (some) drugs. The result is that hobbyists and those who supply them are getting investigated, raided and even jailed.”
- Thames & Kosmos CHEM C3000
- “2,400 cubic inches of pure chemistry.”
- Estes Rockets
- “Blast into outer space with all the high-flying Estes model rockets! Experience the roar of an Estes rocket lifting off the launch pad, screaming into the sky and then floating back to earth on a colorful parachute. Estes rockets are powered by our solid rocket fuel engines or air and can be flown over and over.”
- Yesterday’s Toy Becomes Tomorrow’s Trade
- “Since the early 1900s, chemistry sets have entertained and educated millions of American boys and girls, giving many an appetite that could only be satisfied by choosing chemistry as their profession. Even for those who chose other careers, fond memories of this favorite ‘toy’ have made the sets treasured and often valuable collectibles.”
- A. C. Gilbert Company at Wikipedia
- “Other products followed; chemistry sets in various sizes as well as similar sets for the budding scientist, including investigations into radioactivity.”
More free-time play
- Childish things: the decline of toys and the fall of man
- The old admonishment to put away childish things misses, in a very important sense, a critical point: we can never put away childish things. The way we interact with toys as children is how we interact with life as adults. If your toys have not taught you to sift evidence, weigh risks, and make decisions, the world becomes a very frightening place.
- What children don’t do, adults don’t know
- What children learn, the adult they become understands better.
- Learning to program without BASIC
- If BASIC is dead, how can our children—or anyone else—learn to program? Today people interested in programming have far more options available to get started hacking their computers.
- Lost children
- “No one was able to reach us all day.”
- The basement was my university
- Free play is how children become scientists. It inspires creativity, which can be both dangerous and rewarding, often at the same time.