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monsterman:

Do Androids Dream of Electric Sleep

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tekniklr:

Google’s Project Glass

On Wednesday, Google gave people 20/20 vision about a secret augmented-reality project called Project Glass. The glasses are the company’s first foray into wearable computing. […]

The glasses can stream information to the lenses and allow the wearer to send and receive messages through voice commands. There is also a built-in camera to record video and take pictures. […]



Project Glass could hypothetically become Project Contact Lens. Mr. Parviz, who is also an associate professor at the University of Washington, specializes in bionanotechnology, which is the fusion of tiny technologies and biology. He most recently built a tiny contact lens that has embedded electronics and can display pixels to a person’s eye. Early reports of the glasses said prototypes could look like a pair of Oakley Thumps — which are clunky and obtrusive sunglasses — but the version Google unveiled Wednesday looks more graceful. There are reportedly dozens of other shapes and variations of the glasses in the works, some of which can sit over a person’s normal eyeglasses. [video]
rollthedrumss:

PHOTO OF THE WEEK 7
© Filippo Fortis

rollthedrumss:

PHOTO OF THE WEEK 7

© Filippo Fortis

Photo: Black Sands / Latex: Pandora Deluxe / Eyeshadows by Mua Australia / Edit, mua: Susanna Andersen

Photo: Black Sands / Latex: Pandora Deluxe / Eyeshadows by Mua Australia / Edit, mua: Susanna Andersen

At university I went to a cybernetics lecture by Adam Montandon, a  student from Plymouth University, and asked if we could create something  so I could see colour. He came up with a simple device, made up of a  webcam, a computer and a pair of headphones and created software that  would translate any colour in front of me into a sound.
I started using it 24 hours a day, carrying it around in a  backpack and feeling that the cybernetic device, the eyeborg, and my  organism were completely connected. I haven’t taken it off my head since  2004, except to change the equipment when it breaks.
It looks like an antenna that comes out from my head and goes up to the front of my face. At the back of my head there’s a chip which transforms the light waves into sound, and I hear the colours, not through my ears but through my bone. At the beginning I had some strong headaches because of the constant input of sound, but after five weeks my brain adapted to it, and I started to relate music and real sound to colour. I also started dreaming in colour.
BBC News - The man who hears colour

At university I went to a cybernetics lecture by Adam Montandon, a student from Plymouth University, and asked if we could create something so I could see colour. He came up with a simple device, made up of a webcam, a computer and a pair of headphones and created software that would translate any colour in front of me into a sound.

I started using it 24 hours a day, carrying it around in a backpack and feeling that the cybernetic device, the eyeborg, and my organism were completely connected. I haven’t taken it off my head since 2004, except to change the equipment when it breaks.

It looks like an antenna that comes out from my head and goes up to the front of my face. At the back of my head there’s a chip which transforms the light waves into sound, and I hear the colours, not through my ears but through my bone. At the beginning I had some strong headaches because of the constant input of sound, but after five weeks my brain adapted to it, and I started to relate music and real sound to colour. I also started dreaming in colour.

BBC News - The man who hears colour

As people live longer and medical technology improves, more and more of us will have a surgical implant before we die. We are also getting cremated in larger numbers - and so there is often some expensive metal left among the ashes. Where does it go?

In 1997, Gabriels and Verberne founded OrthoMetals. Fifteen years later the company recycles more than 250 tons of metal from cremations annually, which gets used to make things like cars, planes, and even wind turbines.

The company works by collecting the metal implants for nothing, sorting them and then selling them - taking care to see that they are melted down, rather than reused.

After deducting costs, 70-75% of the proceeds are returned to the crematoria, for spending on charitable projects.

Melting down hips and knees: The afterlife of implants - BBC News

The world outside would be easier to live in if we were all machines.
Andy Warhol (via fuckyeahexistentialism)
A 3D printer-created lower jaw has been fitted to an 83-year-old woman’s face in what doctors say is the first operation of its kind.
The transplant was carried out in June in the Netherlands, but is only now being publicised. The implant was made out of titanium powder - heated and fused together by a laser, one layer at a time.
Technicians say the operation’s success paves the way for the use of more 3D-printed patient-specific parts. (read the full article: BBC News - Transplant jaw made by 3D printer claimed as first)
1) This is excellent news for the advancement of cybernetics.
2) Hello, 5th Element-style let’s-print-up-a-perfect-being!

A 3D printer-created lower jaw has been fitted to an 83-year-old woman’s face in what doctors say is the first operation of its kind.

The transplant was carried out in June in the Netherlands, but is only now being publicised. The implant was made out of titanium powder - heated and fused together by a laser, one layer at a time.

Technicians say the operation’s success paves the way for the use of more 3D-printed patient-specific parts. (read the full article: BBC News - Transplant jaw made by 3D printer claimed as first)

1) This is excellent news for the advancement of cybernetics.

2) Hello, 5th Element-style let’s-print-up-a-perfect-being!