Working In A Crowd, Video Gamers Build A Better Protein Than Scientists
“Foldit, a puzzle game designed by scientists to get laypeople involved in solving biology research problems, has been making headlines for years. The game focuses on protein folding, the process by which these essential biochemicals curl up into shapes that let them catalyze life-sustaining chemical reactions inside our cells…
By coding these basic rules into a game, and presenting the proteins as Rubik’s-Cube-like objects to fiddle with, crowdsourced players can find correct solutions faster merely by using their intuitions.
Now Foldit players have achieved a new feat…redesigning a protein to actually work better than it did before!”
Now imagine if we could start crowd-sourcing more ideas out like to this! A lot of problems could be solved using the collective human knowledge.

Working In A Crowd, Video Gamers Build A Better Protein Than Scientists

Foldit, a puzzle game designed by scientists to get laypeople involved in solving biology research problems, has been making headlines for years. The game focuses on protein folding, the process by which these essential biochemicals curl up into shapes that let them catalyze life-sustaining chemical reactions inside our cells…

By coding these basic rules into a game, and presenting the proteins as Rubik’s-Cube-like objects to fiddle with, crowdsourced players can find correct solutions faster merely by using their intuitions.

Now Foldit players have achieved a new feat…redesigning a protein to actually work better than it did before!”

Now imagine if we could start crowd-sourcing more ideas out like to this! A lot of problems could be solved using the collective human knowledge.

Scientists and Students Fire Off an Open Letter to Congress to Get their Science Shit Together

And architects will stand with you too:

Michael Nielsen: Open Science Now! // TEDxWaterloo

What if every scientist could share their data as easily as they tweet about their lunch? Michael Nielsen calls for scientists to embrace new tools for collaboration that will enable discoveries to happen at the speed of Twitter.”

For those who are furthered interested about open source, here is a link to OpenScience Project. Now to get architecture on board…


FRACTAL FOUNDER 
Benoit Mandelbrot, who discovered mathematical shapes known as fractals, died of cancer at the age of 85, October 2010. Mandelbrot, developed fractals as a mathematical way of understanding the infinite complexity of nature. The concept has been used to measure coastlines, clouds and other natural phenomena and had far-reaching effects in physics, biology and astronomy. via BBC News See him talk about fractals and the art of roughness here.

gregmelander

FRACTAL FOUNDER 

Benoit Mandelbrot, who discovered mathematical shapes known as fractals, died of cancer at the age of 85, October 2010. Mandelbrot, developed fractals as a mathematical way of understanding the infinite complexity of nature. The concept has been used to measure coastlines, clouds and other natural phenomena and had far-reaching effects in physics, biology and astronomy. via BBC News See him talk about fractals and the art of roughness here.

gregmelander

This is the Earth on Gravity
“This lumpy blob is a gravity map of our planet, showing an exaggerated view of where sea level would be if it weren’t for waves, tides, currents, or weather. The European Space Agency’s GOCE satellite has created the most detailed planetary gravity map ever, and it could help us understand everything from climate change to earthquakes.
 
To get all technical on you, this image is showing what’s called the geoid. If you imagine the Earth’s surface totally smoothed out, you’d get a nice round reference ellipsoid of our planet. And if you then take that reference ellipsoid and squish it around to account for differences in gravity caused by land masses and mountains and denser regions of rock and such, you get the geoid.
Really, the easiest way to think about it is just in terms of sea level: in the same way that the moon’s gravity changes sea level through tides, the Earth’s gravity changes sea level too, and the geoid simply shows where sea level would be all over the globe if it weren’t for waves and stuff. The globe in the pic (and the video below) is a little bit exaggerated; in reality, the geoid only deviates in elevation by a couple hundred meters.
The reason we care about the geoid is that it’s hard to measure things like ocean dynamics without having an accurate reference point to start from. Also, earthquakes leave signatures in the geoid, and with enough gravity data, it may be possible to predict where they’re likely to happen next.”
Via Dvice.com

This is the Earth on Gravity

This lumpy blob is a gravity map of our planet, showing an exaggerated view of where sea level would be if it weren’t for waves, tides, currents, or weather. The European Space Agency’s GOCE satellite has created the most detailed planetary gravity map ever, and it could help us understand everything from climate change to earthquakes.

To get all technical on you, this image is showing what’s called the geoid. If you imagine the Earth’s surface totally smoothed out, you’d get a nice round reference ellipsoid of our planet. And if you then take that reference ellipsoid and squish it around to account for differences in gravity caused by land masses and mountains and denser regions of rock and such, you get the geoid.

Really, the easiest way to think about it is just in terms of sea level: in the same way that the moon’s gravity changes sea level through tides, the Earth’s gravity changes sea level too, and the geoid simply shows where sea level would be all over the globe if it weren’t for waves and stuff. The globe in the pic (and the video below) is a little bit exaggerated; in reality, the geoid only deviates in elevation by a couple hundred meters.

The reason we care about the geoid is that it’s hard to measure things like ocean dynamics without having an accurate reference point to start from. Also, earthquakes leave signatures in the geoid, and with enough gravity data, it may be possible to predict where they’re likely to happen next.”

Via Dvice.com

Infograph // Scientific Collaborations
Map of scientific collaborations from 2005 to 2009.
Via Flowingdata.com

Infograph // Scientific Collaborations

Map of scientific collaborations from 2005 to 2009.

Via Flowingdata.com

Science: Arsenic-Base Lifeforms may revolutionize Green Energy//NASA
Yesterday, NASA announced that it found arsenic-based bacteria at Lake Mono in California. The bacteria uses arsenic instead of phosphorus to maintain its DNA and RNA structure. Sciencists are now considering the possibility of this research to help green energy. Researchers are looking at the possibility of arsenic-based ethanol as phosphorus becomes increasing scarce.
Inhabitat.com

Science: Arsenic-Base Lifeforms may revolutionize Green Energy//NASA

Yesterday, NASA announced that it found arsenic-based bacteria at Lake Mono in California. The bacteria uses arsenic instead of phosphorus to maintain its DNA and RNA structure. Sciencists are now considering the possibility of this research to help green energy. Researchers are looking at the possibility of arsenic-based ethanol as phosphorus becomes increasing scarce.

Inhabitat.com

Working In A Crowd, Video Gamers Build A Better Protein Than Scientists
“Foldit, a puzzle game designed by scientists to get laypeople involved in solving biology research problems, has been making headlines for years. The game focuses on protein folding, the process by which these essential biochemicals curl up into shapes that let them catalyze life-sustaining chemical reactions inside our cells…
By coding these basic rules into a game, and presenting the proteins as Rubik’s-Cube-like objects to fiddle with, crowdsourced players can find correct solutions faster merely by using their intuitions.
Now Foldit players have achieved a new feat…redesigning a protein to actually work better than it did before!”
Now imagine if we could start crowd-sourcing more ideas out like to this! A lot of problems could be solved using the collective human knowledge.

Working In A Crowd, Video Gamers Build A Better Protein Than Scientists

Foldit, a puzzle game designed by scientists to get laypeople involved in solving biology research problems, has been making headlines for years. The game focuses on protein folding, the process by which these essential biochemicals curl up into shapes that let them catalyze life-sustaining chemical reactions inside our cells…

By coding these basic rules into a game, and presenting the proteins as Rubik’s-Cube-like objects to fiddle with, crowdsourced players can find correct solutions faster merely by using their intuitions.

Now Foldit players have achieved a new feat…redesigning a protein to actually work better than it did before!”

Now imagine if we could start crowd-sourcing more ideas out like to this! A lot of problems could be solved using the collective human knowledge.

Scientists and Students Fire Off an Open Letter to Congress to Get their Science Shit Together

And architects will stand with you too:

Michael Nielsen: Open Science Now! // TEDxWaterloo

What if every scientist could share their data as easily as they tweet about their lunch? Michael Nielsen calls for scientists to embrace new tools for collaboration that will enable discoveries to happen at the speed of Twitter.”

For those who are furthered interested about open source, here is a link to OpenScience Project. Now to get architecture on board…


FRACTAL FOUNDER 
Benoit Mandelbrot, who discovered mathematical shapes known as fractals, died of cancer at the age of 85, October 2010. Mandelbrot, developed fractals as a mathematical way of understanding the infinite complexity of nature. The concept has been used to measure coastlines, clouds and other natural phenomena and had far-reaching effects in physics, biology and astronomy. via BBC News See him talk about fractals and the art of roughness here.

gregmelander

FRACTAL FOUNDER 

Benoit Mandelbrot, who discovered mathematical shapes known as fractals, died of cancer at the age of 85, October 2010. Mandelbrot, developed fractals as a mathematical way of understanding the infinite complexity of nature. The concept has been used to measure coastlines, clouds and other natural phenomena and had far-reaching effects in physics, biology and astronomy. via BBC News See him talk about fractals and the art of roughness here.

gregmelander

This is the Earth on Gravity
“This lumpy blob is a gravity map of our planet, showing an exaggerated view of where sea level would be if it weren’t for waves, tides, currents, or weather. The European Space Agency’s GOCE satellite has created the most detailed planetary gravity map ever, and it could help us understand everything from climate change to earthquakes.
 
To get all technical on you, this image is showing what’s called the geoid. If you imagine the Earth’s surface totally smoothed out, you’d get a nice round reference ellipsoid of our planet. And if you then take that reference ellipsoid and squish it around to account for differences in gravity caused by land masses and mountains and denser regions of rock and such, you get the geoid.
Really, the easiest way to think about it is just in terms of sea level: in the same way that the moon’s gravity changes sea level through tides, the Earth’s gravity changes sea level too, and the geoid simply shows where sea level would be all over the globe if it weren’t for waves and stuff. The globe in the pic (and the video below) is a little bit exaggerated; in reality, the geoid only deviates in elevation by a couple hundred meters.
The reason we care about the geoid is that it’s hard to measure things like ocean dynamics without having an accurate reference point to start from. Also, earthquakes leave signatures in the geoid, and with enough gravity data, it may be possible to predict where they’re likely to happen next.”
Via Dvice.com

This is the Earth on Gravity

This lumpy blob is a gravity map of our planet, showing an exaggerated view of where sea level would be if it weren’t for waves, tides, currents, or weather. The European Space Agency’s GOCE satellite has created the most detailed planetary gravity map ever, and it could help us understand everything from climate change to earthquakes.

To get all technical on you, this image is showing what’s called the geoid. If you imagine the Earth’s surface totally smoothed out, you’d get a nice round reference ellipsoid of our planet. And if you then take that reference ellipsoid and squish it around to account for differences in gravity caused by land masses and mountains and denser regions of rock and such, you get the geoid.

Really, the easiest way to think about it is just in terms of sea level: in the same way that the moon’s gravity changes sea level through tides, the Earth’s gravity changes sea level too, and the geoid simply shows where sea level would be all over the globe if it weren’t for waves and stuff. The globe in the pic (and the video below) is a little bit exaggerated; in reality, the geoid only deviates in elevation by a couple hundred meters.

The reason we care about the geoid is that it’s hard to measure things like ocean dynamics without having an accurate reference point to start from. Also, earthquakes leave signatures in the geoid, and with enough gravity data, it may be possible to predict where they’re likely to happen next.”

Via Dvice.com

Infograph // Scientific Collaborations
Map of scientific collaborations from 2005 to 2009.
Via Flowingdata.com

Infograph // Scientific Collaborations

Map of scientific collaborations from 2005 to 2009.

Via Flowingdata.com

Science: Arsenic-Base Lifeforms may revolutionize Green Energy//NASA
Yesterday, NASA announced that it found arsenic-based bacteria at Lake Mono in California. The bacteria uses arsenic instead of phosphorus to maintain its DNA and RNA structure. Sciencists are now considering the possibility of this research to help green energy. Researchers are looking at the possibility of arsenic-based ethanol as phosphorus becomes increasing scarce.
Inhabitat.com

Science: Arsenic-Base Lifeforms may revolutionize Green Energy//NASA

Yesterday, NASA announced that it found arsenic-based bacteria at Lake Mono in California. The bacteria uses arsenic instead of phosphorus to maintain its DNA and RNA structure. Sciencists are now considering the possibility of this research to help green energy. Researchers are looking at the possibility of arsenic-based ethanol as phosphorus becomes increasing scarce.

Inhabitat.com

About:

Studio630 is the maverick research arm of whatever project we are pursuing. We bring and post the most inspiring articles of work in architecture, urban design, technology, sustainability, open-source, and culture. We are currently stationed at BNIM Architects.

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