In a giant leap for clean energy, MIT professor Daniel Nocera and his team, have developed a simple method to split water molecules and produce oxygen gas. This paves the way for large scale use of solar power.

Getting energy from the sun isn’t the hard part, it seems. It’s storing that energy that has been a problem.

These guys at MIT were inspired by how plants perform photosynthesis. Their revolutionary method uses abundant, non-toxic natural materials.

I won’t get into all the details, but I just wanted to share it with you because it seems pretty important and wonderful.

Here’s a link to MIT where they have a video of Daniel Nocera describing the new process and a lot more details.

This is just the beginning though. It’s still not really cost effective, but other scientists will be able to run with it and we’ll see where it all leads us in the near future.

Nocera hopes that within 10 years, we’ll be able to power our homes in daylight through photovoltaic cells, while using excess solar energy to produce hydrogen and oxygen to power our own household fuel cell.

Of course, the power companies will not like this. But hopefully it will all happen anyway.

Stumbling around the web, I found this article on Futuristic Materials. This stuff is just amazing, so I wanted to share it with you. Just think where we’ll be in 10 years if these materials go into products that are mass produced? I say it that way because I know there must be secret flying cars and robots that fold laundry out there, but still, I am driving my little old Subaru and folding my own laundry. And it’s the 21st century!

Anyway, enjoy these groovy new materials. They have awesome potential to change our world. And it makes me think, if I never imagined this stuff, what will they think of next!? Woot!

1. Aerogel: also called “Frozen Smoke”

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