Nokia will begin to create much graphene

 

What is graphene wonder? This is a supermaterial that stands out as the toughest in the world, Nokia has a mission to create a lot graphene. Thanks to an investment of $ 1,350 million from the European Union, the company is ready to get down to work. The European Union has provided funds as needed for future graphene high-tech projects that will be undertaken.

Graphene is part of the Nokia Flagship Consortium, a group of companies seeking to improve the world using graphene.

Graphene is a very thin, about 300 times stronger than steel, which undoubtedly makes it the strongest material on Earth. Besides this, it is very light and is a great driver.

Nokia has been working with graphene since 2006 and have since made significant progress and have found areas where applying. Henry Tirri, the CTO of Nokia, has said they have done great work so far, but the really good things just come.

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5 projects that NASA has in mind

As part of a new program, NASA announced that it has about 28 projects in hand, and apparently now we will detail these 5 are the most interested.
 
1) New system for water reuse

  

Being in space is not easy to dispose of human waste, but the research center of NASA proposes a solution. It involves the installation of a system that filters the water can be reused by osmosis. Thus, you can return to reuse the water that was dirty.
 
2) Exploration of icy planets

 

 A kind of underwater part of this project, during which seeks to explore the moon Europa, a moon of Jupiter. This moon has a frozen ocean that awaits us. What will be under the icy surface?
 
3) Landing on Venus

 

Not exactly a landing as this ship will not reach the planet's surface, but is responsible for exploring much of its atmosphere.
 
4) The suit V2

 

 

This is a suit that creates a sense of gravity when we took office. It is created to avoid possible negative effects of zero gravity, which involves problems in the muscles and bones.
 
5) The fusion rocket propulsion

 

 

This project investigates the use of energy function to drive the rocket, thus neglecting the use of conventional fuel. With this technology, it is estimated that you can get to Mars in 30 days, while the current takes 210 days.

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