Has Samsung SDI finally cracked the puzzle of how to commercialize graphene batteries? A new study published in the journal Nature raises some interesting questions on that count.
When two “wonder materials” of the solar energy age combine, good things happen. That’s the takeaway from new research that leverages graphene to create a more durable, efficient — and super cheap — perovskite solar cell.
Henrik Fisker has taken the wraps off the new Fisker EMotion electric sedan he says will compete head to head with the Tesla Model S. Fisker made his reputation as an automotive designer and the new car is certainly easy on the eyes. He claims it can go 400 miles on a full battery charge and then recharge in just 9 minutes. Fisker originally promised to reveal the car in August but moved the date forward by two months.
Researchers in Canada and China have discovered new ways to make sustainable metals and reclaim scrap metal for battery electrodes.
Competition for Spiderman: researchers create stronger, tougher, electricity-conducting silk by feeding graphene and carbon nanotubes to silkworms.
A new generation of lighter, cheaper solar cells and other electronic devices could all be thanks to a common soil dwelling bacteria.
A new water desalination system brings graphene together with solar power and a natural biofoam produced by a bacteria that wine lovers love to hate.
The tiny village of Farmingdale, New York could become a graphene production hotspot if everything works out for a new R&D operation planned by Cemtrex.
A new all-weather solar cell generates “hundreds of microvolts” powered by raindrops, in addition to converting solar energy to electricity.
Researchers have teased energy storage blossoms out from graphene-metal oxide wallflowers, for better EV batteries and other clean tech applications.
