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guinilde:

Fille aux volets, Marcel Dyf
MORE

guinilde:

Fille aux volets, Marcel Dyf

MORE

(via for-redheads)

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Photo

(Source: , via angelikgiraldo)

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donvenao:

FOREVER BALÓN.

donvenao:

FOREVER BALÓN.

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itsaboutinterior:

Wow!
Boxhome by Rantala Eggertsson architects.

itsaboutinterior:

Wow!

Boxhome by Rantala Eggertsson architects.

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Photo
Photo
pauliin:

EXACTLY
wavebreaking:

I know you do. I can’t be the only one.

pauliin:

EXACTLY

wavebreaking:

I know you do. I can’t be the only one.

(Source: freckled-bones)

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Photo
binaryk:

Robot rage is always on sale…

binaryk:

Robot rage is always on sale…

(Source: meandering-fluvial-thoughts, via angelikgiraldo)

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arcade-fire:

The Suburbs

arcade-fire:

The Suburbs

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alefrito:

Austin Kleon
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Photoset

Harry Potter concept art by Adam Brockbank 

(Source: holymotherofrowling, via harrypotterismylife)

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engineeringisawesome:

2020:

Space Activity Suit

 
Since the 1960s, NASA has also investigated spacesuits that utilize mechanical pressure rather than pressurized gas to protect an astronaut. Such a “space activity suit” is essentially an allover skin-tight leotard, which would be very lightweight and provide far less impediments to motion than traditional spacesuits. As well, a small tear in the suit would only affect the area exposed by the hole rather than cause a potentially deadly decompression event. The only area of the suit that would need to be pressurized is the astronaut’s helmet.
A space activity suit should be constructed from a tough elastic material able to maintain constant contact with all parts of the skin in order to prevent distortion and bruising. Because of this requirement, donning and doffing the spacesuit would be a rather laborious task. Engineering professor Dava Newman of the Massachusetts Institute of Technology has helped NASA design a modern space activity suit, named the Bio-Suit, that uses elastic cords running through clothing made of nylon-spandex, elastic, or urethane-painted foam to maintain contact with the entire body.

Wired

engineeringisawesome:

2020:

Space Activity Suit

Since the 1960s, NASA has also investigated spacesuits that utilize mechanical pressure rather than pressurized gas to protect an astronaut. Such a “space activity suit” is essentially an allover skin-tight leotard, which would be very lightweight and provide far less impediments to motion than traditional spacesuits. As well, a small tear in the suit would only affect the area exposed by the hole rather than cause a potentially deadly decompression event. The only area of the suit that would need to be pressurized is the astronaut’s helmet.

A space activity suit should be constructed from a tough elastic material able to maintain constant contact with all parts of the skin in order to prevent distortion and bruising. Because of this requirement, donning and doffing the spacesuit would be a rather laborious task. Engineering professor Dava Newman of the Massachusetts Institute of Technology has helped NASA design a modern space activity suit, named the Bio-Suit, that uses elastic cords running through clothing made of nylon-spandex, elastic, or urethane-painted foam to maintain contact with the entire body.

Wired