It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
The reaction didn't require any light, heat or electricity, and also created hydrogen about 150 times faster than similar reactions using silicon particles 100 nanometers wide, and 1,000 times faster than bulk silicon, according to the study.
"It was previously unknown that we could generate hydrogen this rapidly from silicon, one of Earth's most abundant elements," Erogbogbo said. "Safe storage of hydrogen has been a difficult problem even though hydrogen is an excellent candidate for alternative energy, and one of the practical applications of our work would be supplying hydrogen for fuel cell power. It could be military vehicles or other portable applications that are near water."
Though it takes significant energy and resources to produce the super-small silicon balls
Originally posted by Miccey
reply to post by ManFromEurope
My POINT was:
We do NOT have all the answers, there is NO MANUSCRIPT
and development is progressing. And if not now then maybe
tomorrow or in a year, there WILL be a technology that IS
a gamechanger, globaly..
Originally posted by Miccey
I´d say this would be a HOAX since we cant have
developments that goes against "other" ppl´s
beliefs...
FFS. These are the kinds of news the world needs, and yet
ppl tend to say "Naa cant be done, or, Naa works against
the laws of physics, or, yada yada yada...."
Originally posted by Miccey
FINAL TIME:
I did NOT say that this is the SOLOUTION.
Get it?!?!?
Naa. Why get my hopes up.
All you guys wanna do is debate whats possible
and whats not.
My statement is and will be:
WE DO NOT KNOW EVERYTHING.
YEEEEZ...
Well, im out...
Congratulations!
The team, led by Princeton chemistry professor Annabella Selloni, takes inspiration from bacteria that make hydrogen from water using enzymes called di-iron hydrogenases. Selloni's team uses computer models to figure out how to incorporate the magic of these enzymes into the design of practical synthetic catalysts that humans can use to produce hydrogen from water.
Selloni and her team conducted their research in silico -- that is, using computer modeling. The goal is to learn enough about how these catalysts work to someday create working catalysts that can make vast quantities of inexpensive hydrogen for use in vehicles and electricity production.