Photographer Vincent Fournier has a strong focus on the scientific, charting astronaut training fields through to antarctic research bases. His work captures the beauty and often otherworldly disconnection from reality found on the extremes of scientific research.
In a large majority of his landscape photos it’s easy to draw a comparison to Sci-Fi epic’s like Star War’s planets of Tatooine (home of Luke Skywalker) and the snow planet of Hoth. Did someone just spot an AT-AT?
Spotted in this months always inspiring issue of WIRED UK magazine.
We already blogged about this photographer. But some truely additionnal great images from Vincent Fournier in which we definitely like the alien strangeness, the exploration feeling that comes out of his pictures about earth territories.
McKinney also broke out both a Palm Pre and a Palm Pixi, but the most interesting thing he pulled out during his speech was a rolled-up flexible display. What you're looking at is something from deep inside HP's R&D, it's similar to E-Ink, printed on Mylar, and essentially can be made into any size you can imagine, from handset on up to an entire wall. It's full color and low-power, but more notably it's a far-in-the-future kind of thing, don't expect flexible display devices in the short or even medium term. The display that McKinney showed is still fairly fragile, even rolled up in a protective tube it managed to collect some kinds and flaws.
McKinney's goal for webOS is to break out of the spectrum of devices with television on one end and featurephones on the other, to create something that is both richly immersive and highly mobile with fewer tradeoffs than what current devices face. That asterisk off in the upper right, unbound from the line of non-mobile-but-rich televisions and highly-mobile-but-boring featurephones is the target.
Interactive tool layering climate data over Google Earth maps shows the impact of an average global temperature rise of 4C
A new interactive Google Earth map was developed using peer-reviewed science from the Met Office Hadley Centre and other leading impact scientists. Photograph: earth.google.co.uk
Think it's hot this summer? Wait until you see Google's simulation of a world with an average global temperature rise of 4C.
Playing with the layer is surprisingly addictive, mainly thanks to Google Earth's draggable interface. Unlike the static map of last year, it also has the bonus of showing more obviously how temperature rises will differ drastically around the world. The poles glow a red (a potential rise of around 10C) while most of northern Europe escapes with light orange 2-3C rises. Other hotspots, such as Alaska, the Amazon and central Asia, also stand out.
Neatly, you can turn different climate "impacts" on and off. If you just want to see which regions will be worst affected by sea level rises - such as the UK and Netherlands as well as low-lying island states - you can. One limitation is that you have to zoom out to continental level to see the layer: if you're zoomed on your street, you can't see it.
Climate change minister Greg Barker launched the map today alongside the government's chief scientist, Prof John Beddington. Barker said: "This map reinforces our determination to act against dangerous man-made climate change. We know the stakes are high and that's why we want to help secure an ambitious global climate change deal."
An interface and layer (Google Earth) to monitor the evolution of the predictions about climate. Should be updated as knowledge evolves.
Which brings a thought to our recent Arctic Opening project as it shoes that the arctic region will be dramatically hit by the rises of temperatures on the Globe.
This blog is the survey website of fabric | ch - studio for architecture, interaction and research.
We curate and reblog articles, researches, writings, exhibitions and projects that we notice and find interesting during our everyday practice and readings.
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