I’m thrilled to announce that I’m up for two Aurora Awards this year! Fireboy is on the ballot for Best Young Adult Novel, and The Worldshapers is once again on the ballot for Best Fan …
I spent a good chunk of today at Wordbridge, the annual writers’ conference in Lethbridge, Alberta. My main reason for coming was to launch a Shadowpaw Press title (Broken Realm by Jenna Greene, a Lethbridge …
This is Easter weekend; last weekend, I sang in the Easter concert of First Baptist Church here in Regina as a guest soloist and chorister. The whole concert is worth listening to, but if you’d …
I put a link to this in the previous post on my Aurora-eligible work for 2025, but wanted to highlight it. This was my contribution to the Shapers of Worlds Volume V anthology, and it …
The Aurora Awards are Canada’s best-known science fiction and fantasy awards, voted on by fans every year. I’ve been fortunate enough to win twice, for Marseguro (DAW Books) (soon coming out in a new edition from Tuscany …
Put this under the category of “things I’ve meant to do for a long time”: I finally published (under my Endless Sky Books imprint) a new edition of The Haunted Horn, a modern-day middle-grade ghost …
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This is very, very small, but it could be big
I get a lot of hits on my main website to my column(s) on water desalination. I may have to revisit the topic soon, according to an article in Technology Review:
“A water desalination system using carbon nanotube-based membranes could significantly reduce the cost of purifying water from the ocean. The technology could potentially provide a solution to water shortages both in the United States, where populations are expected to soar in areas with few freshwater sources, and worldwide, where a lack of clean water is a major cause of disease.
The new membranes, developed by researchers at Lawrence Livermore National Laboratory (LLNL), could reduce the cost of desalination by 75 percent, compared to reverse osmosis methods used today, the researchers say. The membranes, which sort molecules by size and with electrostatic forces, could also separate various gases, perhaps leading to economical ways to capture carbon dioxide emitted from power plants, to prevent it from entering the atmosphere.”
(Via digg.)
Permanent link to this article: https://edwardwillett.com/2006/06/this-is-very-very-small-but-it-could-be-big/
