Pruned
creatingcivilizations:

Mathematics, astronomy, engineering and writing can be conceived of as an intertwining language in which concepts converge at certain points
The visual representation of each is made up of the shared elements of small dots, lines and curves arranged in various patterns
Definitions divide these fundamental conceptual components of civilizations, but in the civilizations I have created, from various angles, the divisions dissolve and a unification of thought can be perceived
They can be utilized in ways previously unable to be imagined, except perhaps within the deepest of dreams
creatingcivilizations:

In the civilizations I have created unexpected memories merge with the immediate and an observing of difference is done.
We carry what is convenient from the past and it informs how we view the land, air and oceans. But, when a memory is morphed by realizations that what has been held is not what was perceived, endings occur and opportunities arise.
These are instances of liberation from a long established sense of self. They are openings to the possibility that the self may actually have been what it always dreamed it could someday be.
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ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
ryanpanos:

Precise Images of Buildings That 3D Scanning Enables by Scott Page Design
3D scanning—though it’s been around since the 1960s—has been in the news of late, with Harvard using the technology to recreate ancient statues and MakerBot announcing a desktop scanner last month. But cheaper, faster, and more accessible 3D scanners aren’t just revolutionizing how we print terrifying models of our own faces. They’re also changing how we understand the city.
A fascinating story about urban-scale 3D scanning published on the Atlantic Cities this week explores how a Bay Area architect named Scott Page is using a 3D scanner to generate super-accurate models of historic and dilapidated buildings.
Page’s system takes a series of photographs and patches them together based on how light bounces off each surface. Rather than taking weeks to survey an old building, architects can now generate precise dimensions in just a few hours. Because the scanner uses color photographs, the models are also incredibly beautiful, expressive documents—Page compares them to the first photographs ever made. “There is a magical quality to point cloud imagery, similar to the earliest photos that froze time onto small metallic plates,” he writes on his website.
climateadaptation:

Sinkhole in Chicago neighborhood swallowed three cars this morning. As usual, this one was caused by a water main break. The water eroded the soil and rock under the road, creating a void and ultimate collapse. We’ll hear a lot more of these incidences in the coming years. America’s infrastructure is in rough shape, and water, sewer, and gas lines average close to 50 years old. Replacements costs are extremely high - most cities wait for a break to happen before replacing pipes, which is more expensive and dangerous over time. But, cities around the country are deferring maintenance due to a dwindling tax base. Via NBC.
n-architecture:

A maple tree in Matibo, near Savigliano, in Piedmont, Sardinian Savoy
“Matibo is a delightful estate in the neighbourhood of Savigliano, close to Coni,2 in Piedmont. The beautiful maple tree, shown in our engraving, is one of the most elegant of ornaments. This tree is more than sixty years old. Someone had the idea, twenty-five or thirty years ago, to give it the shape of a little temple, and with ingenuity and patience the metamorphosis is complete.
You see that the elegant little structure has two stories. Each of the rooms is lit by eight windows, and it can easily hold twenty people. The floor, very sturdy, is made of boughs artfully interwoven; the leaves forming a natural carpet; roundabout, the greenery has formed dense high walls, where a great number of birds have come to fix their abode. The owner of Matibo took care not to disturb the joyful little singers: he has encouraged their trust, and all day long you can hear them chirp and hop about, heedless of the visitors, who are leaning on the windows and rustling the leaves.
Landscape architects give to trees pruned in the style of the maple tree of Matibo the general name of arbres belvéders,3 or tree houses.”
-  An extract, translated into English by Susan Rhoads and Bill Thayer, from Le Magasin Pittoresque, published under the direction of M. Édouard Charton, Volume IX, Issue 49, Paris: Aux Bureaux d’Abonnement et de Vente, 1841; p. 385.
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squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
squidwardtheunfriendlyghost:

sliced agate windows in Grossmunster Church, Zurich, Switzerland
peterfromtexas:

80.000 people leave after the match between England and Brazil
chazhuttonsfsm:

Half Lido / Half Turrell Antechamber for Observing and Measuring Hydrology. - or concrete iceberg?
climateadaptation:

arquicomics:

Kowloon
high-res image
drawing by Adolfo Arranz

A must click.
grinderbot:

The Swiss team say the wireless prototype - half an inch (14mm) long - can simultaneously check for up to five different substances in the blood.
The data is sent to the doctor using radiowaves and Bluetooth technology.
The device’s developers hope it will be available to patients within four years.
It is designed to be inserted, using a needle, into the interstitial tissue just beneath the skin of the abdomen, legs or arms. And it could remain there for months before needing to be replaced or removed.
…
So far, the researchers have tested their device in the lab and on animals and say it can reliably detect both cholesterol and glucose in blood as well as some other common substances doctors look for.
They hope to begin testing the device on intensive care patients - patients who require a great deal of close monitoring, including repeated blood tests.
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wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
wetwareontologies:

Molecular motors generated from  Nanorex, Inc (judging by their site they ceased trading) NanoEngineer-1.
generalelectric:



Winnipeg, Canada: The GEnx engine gets tested for flight in -8ºF conditions, ingesting 2800 lbs of wind, water, and ice per second.
splattergut:

Fetich Magician.
(With horns, wooden mask, spear, and sword;dress of leaves of palm and plantain.)

Fetichism in West Africa, by Robert Hamill Nassau 1904 <><><>
polychroniadis:

Disneyland’s  Matterhorn mountain under construction.