Once the world’s fastest ocean liner, the 1,000-foot SS United States will now serve as an underwater habitat for marine life.

A 9V-powered coating uses microscopic cracks to kill over 80% of bacterial cells within three hours in laboratory tests.

IBM’s next quantum processor will pack 520 programmable qubits and 10 chip-to-chip connections.

Torus unveils modular computing units that use existing grid connections to bring inference capacity online in 12–16 weeks.

The effort involved 4.3 million customers and 73 demand response events.

Four projects across Florida counties would expand the southern state’s renewable portfolio by mid-2028.

The UK has deployed seabed sensors ahead of a planned offshore project to store up to 100 million tons of CO₂.

Cornell University’s new model reveals how bubbles waste energy during water electrolysis.

This design significantly enhances single-photon collection efficiency.

Upon completion, the project is expected to produce up to 3,000 tons of green hydrogen per year.

The catalyst was developed by researchers at the Max Planck Institute in Germany.

Geothermal energy could help U.S. military bases maintain power during prolonged grid outages without relying on fuel deliveries.

An extra fuel tank extends the jet’s range by 1,000 nautical miles.

SunDrive selected its ultra-thin and lightweight copper heterojunction (HJT) cells, for installation atop spacecraft.

The focus of these experiments was four reactions that are critical to electrochemical technologies.

The $783 million project is expected to enter full operation in 2034.

The company used existing silicon equipment to process the 300-mm wafers.

The targeted land borders a separate large-scale low-carbon energy project.

XPeng targets recreational users and emergency services, with initial flights limited to approved parks and remote areas.

The paver can lay asphalt in strips up to 21 feet wide.