Solar energy startup creates hydrogen ion canon to make inexpensive solar energy cells

solar energy

Twin Creeks Technology, a solar energy startup that has largely remained in obscurity, has announced the development of a new method for creating photovoltaic solar cells. The company claims that this new method can create solar cells at half the cost of conventional methods. Twin Creeks notes that this new production method does not use traditional particle accelerators to infuse solar cells with their solar harvesting properties. The company designed an entirely new particle accelerator that it claims is much more effective. The vast majority of solar panels are made…

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California researchers use nanotechnology to make nanotrees

Hydrogen fuel research

Engineers from the University of California San Diego have been experimenting with nanotechnology. Their efforts are largely fueled by last year’s development of the world’s first artificial leaf from the Massachusetts Institute of Technology. The leaf is capable of perfectly replicating photosynthesis, producing electricity and hydrogen gas by absorbing sunlight. USC researchers are taking the concept of an artificial leaf a step further. They are working to create nanotrees. The artificial trees are meant to mimic plants in their natural environment. The trees are comprised of nanotubes and various other…

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Penn State researchers create microbial fuel cell that could bring clean water to impoverished communities around the world

fracking - contaminated water

Researchers from the Pennsylvania State University have created a new fuel cell that could be a great boon for impoverished communities around the world. It is called the microbial reverse electrolysis cell (MRC), and is a kind of microbial fuel cell that generated electricity by consuming hydrogen gas. Penn State researchers believe that their new fuel cell serves a dual purpose of water-treatment and energy generation. As with other hydrogen fuel cells, the MRC creates clean water as a byproduct of energy production, though at much greater quantities than its…

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