A new method transforms a "persistent environmental liability" into a much-desired resource, the researchers say.
AI’s projected water demand will create major problems not just for the average American, but for the industry itself.
Aikido Technologies has come up with a new way to bring renewable energy to the AI industry.
Private and government stakeholders alike seem to believe that fusion energy is right around the corner.
“Our understanding of instabilities—when they grow, how they grow—is important to making fusion work.”
With no end to the frigid temperatures in sight, people across the Southeastern U.S. may be unable to heat their homes for several days.
The commissioners of Laramie County, Wyoming, unanimously voted to build a data center campus that will be designed to scale to 10 gigawatts.
U.S. electricity consumption is growing for the first time in a decade due to AI, so why are we stunting renewable energy development?
For plasma in fusion reactors, turbulence might be more than a pesky thing to control, a new study suggests.
Here’s to another year of waiting for fusion to come ten years later.
The tech giant aims to offset its carbon emissions by bringing back a nuclear reactor in Pennsylvania.
The startup’s achievement is impressive but underscores the quiet chaos of the nuclear industry following a series of sweeping executive orders in May.
This engine won't be fueling interstellar missions, but still finds an unexpected way to use deep space energy to generate power.
The project cements Tennessee’s role in the current administration’s “Manhattan Project 2.0,” officials say.
Last week, the administration nixed more than $7.5 billion in clean energy project funding. New reports suggest that’s just the tip of the iceberg.
The end goal is to create an "advanced fuel center" in Tennessee, which will recycle used nuclear fuel for a host of purposes.
Sweden’s coasts are facing a UFO problem—reports of "unidentified floating objects"—and they're creating unexpected issues at sea.
Self-cooling fast reactors are now one step closer to reality.
The Japanese city of Fukuoka is the second in the world to harness the power of osmosis to generate electricity for surrounding areas.
There’s enough lithium in one year of U.S. mine waste to power 10 million electric vehicles.
