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Cool, and a little nauseating, bar venue by 3GATTI Architecture Studio in Shangha.
Just some interesting math...
This year we' re going to experience four unusual dates.
1/1/11, 1/11/11, 11/1/11, 11/11/11 and that's not all...
Take the last two digits of the year in which you were born - now add the age you will be this year,
The results will be 111 for everyone in whole world.
This year October will have 5 Saturdays, 5 Sundays, 5 Mondays.
This happens every 823 years.... These particular years are known as " Money Bags"
-Aaron Venturini
Péter Várdai has created perhaps the most futuristic kitchen ever in the Electrolux H20. The Electrolux H20 is a kitchen designed to change its shape based upon the whims of its owner.
The Electrolux H20 can be made to change into a variety of different forms thanks to its claytronic atoms. Once the atoms receive a signal to change shape, they get to work, quickly and easily altering the structure of the Electrolux H20 until it reaches it desired state.
The Electrolux H20 has also been designed to grow small vegetables and herbs, making the home greener and a need for planters nonexistent.
Karim Rashid’s Komb home offers up a slice of the future in the here and now. Its fluid shape and dynamic lighting is achieved by a series of offset fins made of reclaimed wood that filter natural light while creating dimension from the fins’ shapes and shadows. The Komb home is eco-friendly and features rainwater harvesting, radiant heat flooring, greywater recycling and LED lighting. But the eco-factor doesn’t keep it from being luxurious: Above the center plunge pool, kinetic art collects power from the wind and a skylight lets plungers contemplate a future earth in natural balance
posted by Levi Smidt
Robots keep surpassing us in domains considered distinctly human (game shows come to mind). Our ability to sense things with our skin once separated man from machine. Now artificial skin is not only flexible and touch sensitive, but solar-powered.
Stanford researcher Zhenan Bao’s solar-powered system is made up of polymer solar cells that can be stretched up to 30 percent without losing power or sustaining damage. It’s an important distinction that the skin is stretchable, not just flexible, as a flexible skin would still crack if covering body parts such as elbows that extend when they move.
The faux-skin’s base is a flexible elastic organic transistor that contains a touch-sensitive rubber layer. Pyramid shapes in the layer compress when touched, changing the current flow through the transistor. The most sensitive incarnations can feel the minute pressure of a fly's landing.
Adding the solar cell layer allows the skin to be stretched to cover any joint. Even when distorted by the bending, it can still generate the power needed to run its sensors--the solar array is patched into a circuit with a liquid metal electrode that changes shape along with the solar cells.
The skin can also be modified to detect biological or chemical materials. Coating the transistor with a nanometer-thick layer of another molecule that will bind to the substance being sought allows the skin to register when it comes in contact with it. Bao and her team have successfully detected a certain kind of DNA through this process and are now working on using it to detect proteins, which could be useful for medical diagnosis.
The benefits of a solar-powered, stretchable skin extend beyond robotics. If it could be wired to human nerves, it could allow patients with prosthetics to gain back feeling in their missing limbs. It could also one day coat cars, or be worked into clothing such as soldiers’ uniforms, working simultaneously as a biosensor and solar power generator.
Bryce Fesing