Impatient for Halloween? Why get your chills from midnight movies or lame costumes when the world already teems with the denizens of Mother Nature’s darkest dreams? From the tame to the tongue-devouring, these creepy creatures are guaranteed to fly, swim and burrow into you nightmares. Dare to take my twisted tour of…
One of the many things I enjoy about teaching my university class, Science, Feuds, Scandals and Hoaxes, is the opportunity to explore some of the most outrageous ideas ever to gain traction in the public mind. It’s easy to make fun today, but some of these ideas were grounded in reasoning that, though flawed, eventually gave rise to the right answer. Then again, there’s really no defending those doctors who thought that woman was giving birth to rabbit parts.
Would you want to live in a world that looks like a Pandora knockoff, or blares like the wall decorations of a stoner crash pad? What if you couldn’t turn it off?
Such were the questions raised when a Kickstarter campaign launched to “create real glowing plants in a do-it-yourself biolab in California.” At first, observers merely wondered if the technology could work. But as time passed, their questions moved on to more troubling concerns regarding the unregulated spreading of genetically modified seeds…
We know surprisingly little about juvenile dinosaurs, so every time a paleontologist uncovers a clutch of eggs or embryos, it is cause for celebration – at least until someone in the media gets hold of the story and asks The Dreaded Question: “Is Jurassic Park only a few years away?” or some variant thereof.
Being a member of said media, I am occasionally assigned one of these stories. And, although I don’t much care for sensationalism in science coverage, I’m generally too thrilled to be researching dinosaurs and cloning to complain very much. Instead, I see it as an opportunity to tell a deeper story, like this one.
In physics, the term “crystal” designates a solid substance with internal symmetry and a related, regular surface pattern. But such a dry description cannot capture the intricacy and variety of materials found in snowflakes and crown jewels, or that power stereos and ultrasound machines, or that flavor our food. Nor can it convey the delicate dance of temperature, pressure and time that crystal growth requires.
Historically, growing crystals was as much art as science. Today, it requires precise technologies and technologies to control growth, often on a molecular scale.