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Photographers Capture Mysterious, Beautiful Patterns in Sand

25 Jul
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A single sand grain is a simple thing. But en mass, grains of sand build, slide and settle into beautiful and mysterious patterns we admire, but cannot always understand.

Sand has superhero qualities, as far as geological deposits go. Behaving at times like a solid, at times a liquid and at times a gas, it is a master shape-shifter. Formed by wind and water, sand allows large-scale geography to play out in miniature: settling into ripples, channels, canyons, valleys and deltas.

Sand is born as tiny pieces break away from rock. Young grains have rough edges, which smooth with time. The roundest grains are found in the desert, where the constant shifting winds rub the grains against each other, grinding them to a smooth polish. Because of this, dunes, like those of the Sahara, move in vast waves.

For a geologist, sand is any particle of a certain size. By studying rocks that were made when sand was deposited and compacted over millions of years, geologists can learn about the conditions under which the sand was laid down. And sand can be made of anything — the Huygens probe found “sand,” made of hydrocarbon ice, when it landed on Titan — and comes in many colors.

The enormous golden dunes of the world are made mostly of silicon dioxide, in the form of quartz. Bright white sands are made of limestone or gypsum, in the case of White Sands National Monument, New Mexico. Magnetite or obsidian give sands a black color. Greenish sands hold chlorite-glauconite or olivine, also called peridot, when it is of gem-like quality. Iron-bearing sands are deep yellow, red and orange. Worn coral deposits give some beaches a pink hue.

Sand goes into nearly as many materials as it comes from: glass, bricks, concrete, paint and electronics, to name a few. It is key to the workings of our natural world and a source of endless fascination for arenophiles (sand enthusiasts).

To bring out your inner arenophile, we’ve gathered some of the strangest and most impressive pictures we could find of sand patterns.

Above:

Mysterious Ridges

Martyn Gorman has found these weird and wonderful formations near his home along Scotland’s east coast on two occasions. What is at work in this magical intersection of sand and physics, no one, it seems, knows.

Image: Martyn Gorman

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Float Coffee Table by Liz Boscacci

24 Jul

American designer Liz Boscacci has created the Float Coffee Table.

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Description from the designer:

Turned mahogany with glass top
3 feet diameter, 13 inches high

Inspired by bubbles under water floating to the surface, the objective here was to create a table with a distinctly unique base structure.

float_240711_01 float_240711_02

Visit Liz Boscacci’s website – here.

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Apolo 11 House by Parra + Edwards Architects

23 Jul

Parra + Edwards Architects have designed the Apolo 11 House in La Reina, Santiago, Chile.

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Apolo 11 House by Parra + Edwards Architects

Apollo 11 is a shop house in the middle of a grove of elms at the foot of the Andes, on the outskirts of the city of Santiago. She was baptized with that name because it is designed like a ship that landed in a forest without touching it at any time and will undertake his departure, leaving the forest intact. “Apollo 11″ also for the laboratory conditions: This house functions as architecture workshop, recording studio and rehearsal room acoustic and electric music. It is a capsule that support in full the life of his crew, a family of architects and musicians.

The program is organized in two levels from a rectangular 6 x 9 mts. in 6 mts. high. The rectangle, for the Japanese is the only element that does not distort the nature, is a clean element that tends to disappear. The simplicity of the box also helps the idea of ??occupying the forest floor minimum while maximizing the heat inside the ship as it landed in a place that is very cold in winter. With two levels of heating is easy and is oriented in their bedrooms to the north with large windows that take the stored heat energy and heat through the glass. In summer the foliage of the elms control acts as natural sunlight.

The box is a simple grid structure coated metal plates on their skin for plywood of 18 mm. glass plates and allowing full and empty that resemble the dark and light fragments produced in the foliage of trees. The skeleton of this structure is always visible, with the metal profiles metaphor from the trunks and branches of this new forest and wood planes of the leaves of the tree. That’s why their facades are indefinite and change in different seasons of the year through mobile web pages are the thermal checked in and out depending on what is happening in the forest itself.

Inside the ship, the inhabitant is a guest, a silent spectator of the nature of the forest in all its dimensions, as a temporary crew capsule observation ephemeral aware of their status in a place that belongs to him, but that is not property.

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Visit the Parra + Edwards Architects website – here.

Photography by Rodrigo Avilés

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this isn’t happinessâ„¢

22 Jul

via http://thisisnthappiness.com/page/3

 
 

NCOTB: August 2009

21 Jul

via http://72dotsperinch.blogspot.com/2009_08_01_archive.html

 
 

NCOTB: June 2009

21 Jul

via http://72dotsperinch.blogspot.com/2009_06_01_archive.html

 
 

Goodbye, Space Shuttle: Now the Space Race Can Really Begin

21 Jul

NASA’s 135th space shuttle flight ended this morning when Atlantis touched down at Kennedy Space Center in Cape Canaveral, Florida, marking the close of a 30-year run for NASA’s ambitious, controversial and troubled orbital vehicle.

America’s space programs will continue, but without their flagship space plane — or any manned vehicle, for now. Over the next few years at least, U.S. astronauts will hitch rides to the International Space Station in Russian capsules. Meanwhile, purely robotic systems will take over other space duties.

Listening to some critics, you’d think America had just retreated from space, forever. “We’re basically decimating the NASA human spaceflight program,” former astronaut Jerry Ross told Reuters. “The only thing we’re going to have left in town is the station and it’s a totally different animal from the shuttle.”

Today many observers consider the Shuttle the ultimate expression of American technological prowess, and see its demise as a signal of America’s decline. In one sense, they’re right: With its huge size, distinctive shape and fiery launches, the shuttle has always been an impressive symbol. But as a practical space vehicle, it has long been an overpriced, dangerous compromise.

There’s a reason the Soviets canceled their space shuttle, and that the Chinese have never attempted one. Even without their own shuttles, both nations are now nipping at America’s heels in space. Russia has increasingly reliable rockets and capsules; China began manned spaceflights back in 2003 and is mulling a space station and a moon mission. Both countries are working hard to expand their satellite fleets, though they remain far behind the United States with its roughly 400 spacecraft.

In truth, the shuttle’s retirement could actually make the U.S. space program stronger, by finally allowing the shuttle’s two users — NASA and the Pentagon — to go their separate ways in space, each adopting space vehicles best suited to their respective missions.

“When I hear people say, or listen to media reports, that the final shuttle flight marks the end of U.S. human space flight, I have to say … these folks must be living on another planet,” NASA administrator Charlie Bolden said in a July 1 speech at the National Press Club in Washington.

For NASA, future manned missions will ride in upgraded 1960s-style manned capsules: first Russian models, then potentially American-built ones. Missions that don’t require a human passenger will fall to rockets of various sizes. The military will use many of the same rockets, and could also expand its brand-new fleet of small, robotic space planes.

Together, these vehicles will make space flight cheaper, safer and more flexible than was ever possible with the shuttle.

 
 

Monroe or Einstein: Check If You Need Glasses at Your Computer [Health]

20 Jul
You probably know whether or not you're near-sighted, but some people get so used to seeing things a certain way that they ignore a vision problem, squint a lot, and end up with unnecessary eye strain at the computer. The double-image above cuts straight to the point: If you see Albert Einstein while sitting a normal distance from your computer, you're seeing things as you should. If you see Marilyn Monroe, you should probably be wearing glasses or contacts. More »


 
 

NASA Graphic Standards Manual — 1976

19 Jul

NASA Graphic Standards Manual

As some of you already know, I’m a little obsessed with finding vintage design materials, especially graphics manuals like this one for the 1976 Montreal Olympics. So you can imagine how far my jaw dropped when I saw this 1976 NASA Graphics Standards Manual. Created by design firm Danne & Blackburn in 1975, this manual outlines the proper use of, in my opinion, one of the best brand identities of the last century. One lucky soul has managed to get some hi-res scans of the some of the pages. The hunt has officially begun.

 
 

8 Natural Ways to Prevent a Sunburn (And Sunscreen’s Not One of Them)

19 Jul

beachAs summer descends upon the world, a young Primal eater’s fancy turns to playful frolicking in the sunshine. And when you’re frolicking, the last thing you want to do is slather a bunch of horrible-smelling, greasy, overpriced sunblock all over your body. It makes you slippery and imbues your countenance with a deathly pallor that is very unbecoming. If you could, you’d love to avoid the nasty practice altogether. You’d love to use more alternative methods. Methods that may not have the support of the medical community, but for which supportive research does exist. Seeing as how a common refrain throughout the newly Primal is that sunburns seem fewer and further between than ever before, I’m guessing that there’s something to it. Dietary? Supplementary?

I’ve noticed the same thing in myself and my family, so I got to wondering: what about going Primal, exactly, might be having this effect? And if something is protecting us from the sun, and it’s not just in everyone’s heads, what else can we do to bolster our natural sunblock? What can we recommend to friends and family who aren’t quite on board with the whole deal but still want protection from the sun? Let’s take a look at some potential supplements and dietary strategies. I’ll reference research as often as possible, but I’ll also draw on anecdotal experience, both personal and from the community at large.

Eat Some Lycopene

Lycopene, that famous carotenoid found in tomatoes, has been shown in a recent in vivo RCT to protect humans against sun damage. Healthy women, aged 21-47, who ate 55 g of tomato paste containing 16 mg of lycopene every day for 12 weeks experienced significant protection against acute – and potentially long term – sun damage. Remember that cooked tomatoes, and tomato products like paste and sauce, offer far more bioavailable lycopene than raw tomatoes. If you’re counting, 55 grams of tomato paste is a hair over 3 tablespoons worth.

Get Some Astaxanthin

The super-antioxidant astaxanthin is found in algae, the organisms that eat it, and the organisms that eat those organisms (like salmon, shrimp, and pink flamingo – the pink/red color gives it away). It has been getting some attention as an “internal sunscreen.” Does it stack up? Well, here’s a study on isolated human skin cells, in which astaxanthin definitely protects against UVA damage. And here’s another study on isolated skin cells showing its protective effects. But those are limited. Does the effect persist in real life settings? In other words, does ingesting astaxanthin supplements or food that contains astaxanthin offer protection from UVA? This hairless mouse study suggests that it might; astaxanthin was more effective than even retinol. I’d say it looks promising, and I’m always interested in an excuse to dine on pink flamingo thigh.

Get Some Vitamin D

A common anecdotal report is that supplementing vitamin D increases sun tolerance and protection against sun damage, and a recent study seems to confirm this. Various forms of the vitamin D prohormone offered various protections against UV damage in a mouse model: reduced sunburn, lowered incidence of tumor development. Huh, imagine that! Getting sun gives you vitamin D, which in turn protects you from too much sun. It’s funny how these things work out. Nature can be very elegant.

Get Your Long-Chain Omega-3s and Ditch the Omega-6s

A recent study out of Australia found that adults with the highest serum concentrations of DHA and EPA had the least “cutaneous p53 expression.” What’s the significance of cutaneous p53 expression? When your skin is in danger of damage from the sun, p53 expression is upregulated to protect it, and high p53 immunoreactivity can lead to melanoma. The fact that high DHA/EPA meant low p53 immunoreactivity suggests that the omega-3s were protecting the skin. And although the study’s authors noted that high serum omega-6 content didn’t seem to correlate with high p53 activity, I think a likelier explanation is this: omega-6 is so prevalent in the modern Australian diet, that even “low” levels are still above the threshold for increased susceptibility to sunburn. Going higher than that threshold won’t make things any worse, and it won’t show up in the statistics. Drop that omega-6 intake to 2% of calories, though, while getting an equal amount of omega-3s? I bet you’d see some incredible UV-resistance.

Eat Plenty of Saturated Fat

This is slightly redundant in light of the last suggestion – after all, if you’re limiting PUFAs, you gotta eat some saturated fat – but I think it’s worth mentioning. I hear about people bumping up their saturated fat intake and improving their UV-resistance all over the place, and I’ve experienced the same thing myself, but I’d never seen it mentioned in the literature. Well, here’s a cool rodent study in which mice were either given a saturated fat-enriched diet or a PUFA-enriched diet. No word on the exact composition of the two diets. When both groups of mice were injected with melanoma cells, “the initiation time required for visible tumor growth in mice receiving the polyunsaturated fat diet was significantly less than that in mice receiving the saturated fat diet.” A higher-saturated fat diet was protective, while a higher-PUFA diet was not. If you’re gonna be out in the sun, better eat your butter, palm oil, and coconut oil, eh?

Drink Tea

Tea, especially green tea, offers a complex arsenal of antioxidant compounds. How it works and what’s doing it isn’t fully understood, but it’s generally accepted that drinking green tea is a smart move and a mainstay of many healthy traditional cultures. Unsurprisingly, there’s also evidence that dietary green tea, specifically its polyphenols, inhibit the development of skin tumors by controlling inflammation and preventing DNA damage. Topical green tea extracts applied directly to the skin also offer photoprotection.

Get Some Proanthocyanidins

Proanthocyanidins, which can be found in wine and grape seeds, berries like blueberries and chokeberries, nuts like hazelnuts and pistachios, and certain niche grains like sorghum and barley, have been efficacious in preventing UV damage in hairless rodents. Whether it works for hairless apes remains to be seen, but drinking wine and eating berries sound like fine ideas regardless of their photoprotective efficacy. Actually, score one for the hairless apes who quaff wine: a recent study found that people who supplemented with grape seed extract (high in anthocyanidins) had a significantly lower risk of skin cancer. It sounds promising.

Consider Resveratrol

Resveratrol gets a lot of publicity for its possible anti-cancer, cardioprotective, and lifespan enhancing qualities, but it’s also gaining steam as a potential photoprotective agent. This study found that once incorporated into skin cells, resveratrol protected them from UV damage. Topical resveratrol seems viable, too, but I can imagine rubbing resveratrol into your sun-exposed skin would get expensive rather quickly.

Well, that’s what I came up with. I think the first four appear to be the most effective, but if you have a real problem with burning, it might be worth checking out all the strategies I mentioned. I’m also interested in what’s worked for you. Have you tried the above methods? Did they work? Fill us in and thanks for reading!

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