As for the articles, I don't know I'll ever have a practical use for this, but it's good to know the giant squid can accidentally eat parts of itself. And it's a grand thing that there is a real beast swimming the world's oceans called the Vampire Squid from Hell.
The fact this beastie isn't anywhere near as fearsome as its name suggests is no disappointment, especially when you consider it's likely a 'living fossil', having first appeared in much the form it is now way back in the Carboniferous.
Only problem here is, I want to know more.
The specifics of the technique have been published in the Journal of Applied Physics. The abstract is available for free but the full paper is only available for subscribers. And the University of New South Wales' media release on the technique is heavy on how nifty the technique is and light on the specifics of said niftiness.
I'm not suggesting there's anything dodgy in the claims; just that the basic outline of the technique:
[the] new approach involves depositing a thin film of silver (measuring about 10 nanometers thick) onto a solar cell surface and heating it to 200° Celsius. That breaks the film into flattened spheres, called islands, which are about 100 nanometers in diameter. When struck by light, these islands achieve the same feat as etching by a natural but complex process.
— Go Sun Solutions
— 'No Silicon Needed'
— Thursday, 26 April 2007
whets my appetite to know more.
Staying on the green front (for want of a better segue), Carol Lloyd's article, 'Small houses challenge our notions of need as well as minimum-size standards' on SFGate.com introduced me to Jay Shafer and his Tumbleweed Tiny House Company.
Which led to a quick Googling that lead to this small collection of photos of Shafer's home (and Shafer) on flickr.com. Which, of course, led to a well-spent wasted hour digging into Telstar Logistics, learning what it was, where it had come from, and who was behind it all.
Next on my 'things I'd rather think about than work' tour, there's Rachel Hillmer and Paul Kwiat's Do-It-Yourself Quantum Eraser in the May 2007 issue of Scientific American. I think they overstate the 'readily available' nature of the equipment you need (polarising film isn't as common as they hint) but it's a simple experiment to conduct if you do have the equipment. And it's impressively effective at making quantum effects real and tangible (at least it was for me when I conducted the experiment here at Casa de Forte).
Wandering from physics back to the biological sciences, Kerry Grens has a article in The Scientist on the possibility a single transcription factor (ie a protein that controls whether or not a gene is expressed) might be the key to understanding and perhaps even treating or preventing addiction to a range of drugs of dependence.
Proteins are also discussed in Melissa Lee Phillips' report on the discovery that sea sponges 'possess protein components of synapses, even though they don't have nervous systems'. The article doesn't mention it ('coz, let's face it, why should it) but discoveries like this always give me a small thrill of schadenfreude at the whole 'irreducible complexity' nonsense still being schilled by Michael Behe, Michael Denton and co.
Staying with biology, but getting back to humans, Stephen Oppenheimer, in conjunction with the Bradshaw Foundation has produced a spectacular and fascinating interactive look at Humanity's migrations, starting in East Africa and eventually covering almost the whole world.
I'm not normally a fan of Flash, but Oppenheimer's journey would be difficult to take using plain-old CSS and HTML. It's worth noting, however, the use of Flash makes their admonition to turn off your pop-up blocker more than a self-interested statement.
If this isn't enough to get you into deadline-slippage territory, the folks at the Bradshaw Foundation have lots more high-quality time-suckage to help you understand the epic human journey while away several days learning fascinating stuff that won't help in any practical way at all.