War Is Here, So Let’s Talk About EV Batteries, Silicon, & Graphene
Tiny Luxembourg aims to dominate the graphene nanotube market for next-generation EV batteries and other sustainable tech.
Tiny Luxembourg aims to dominate the graphene nanotube market for next-generation EV batteries and other sustainable tech.
In a world awash with ocean plastic pollution, pioneering diver Valerie Taylor fights for shark conservation and battles the shark fin industry.
Researchers at the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) have developed a breakthrough in energy-efficient phototransistors. Such devices could eventually help computers process visual information more like the human brain and be used as sensors in things like self-driving vehicles. The structures rely on a new type … [continued]
Researchers at Drexel University say the key to eliminating fossil fuels is smaller, lighter, cheaper energy storage batteries made with nanomaterials.
Researchers at Rice University have created a device they say could boost the efficiency of solar panels to a staggering 80%. How did they do that?
One EV adoption obstacle to overcome is long charging times. On its website, Zenlabs references the goal of EV charging in the same time it takes to fill up the tank of a gas-powered vehicle. Michael Sinkula, a Zenlabs co-founder, and the company’s Chief Business Officer, answered some questions for CleanTechnica.
There’s so much cleantech news to cover that we generally have hundreds of stories on our “story sheet” that we’re never able to cover. In the coming days, we’ll be rolling out a couple of strategies to help deal with our backlog. Yep, this #NewsParty format is one of those.
The notorious herbicide and chemical weapon paraquat is helping to solve an EV battery problem that has puzzled researchers for 40 years.
Researchers are working on a nanoscale transistor that could extend Moore’s Law, leading to next-gen computers, solar cells and other electronics.
If you thought the upper limit of solar cell efficiency was 32 percent in April, think again in May — a research team at MIT shows how it’s done.