innovation

NRD introduces a solid-state nuclear battery designed to power sensors and devices for over 100 years.

South Korea’s Saeul Unit 3 nears operation after safety checks, with testing phases set before 2026 commercial launch.

The discovery could benefit not only EV batteries but also fuel cells and grid storage.

The SCALEUP program bridges the gap between pilot-scale demonstration and full commercial deployment.

The new system captures both light electrons and heavy calcium ions.

The battery addresses current challenges by using low-cost materials and a water-based, simplified assembly process.

Thickness and fields control skyrmions, enabling stable, low-energy data storage for high-density, next-gen electronics.

The innovation addresses the environmental impact of cement, which currently accounts for 8% of global greenhouse gas emissions.

Only half of the property at Burke Hollow has been explored so far, with another 4 million of inferred resources.

The move aims to boost domestic renewable energy and cut reliance on volatile fossil fuels amid Middle East instability.

The ship delivers over 31,000 kilowatts (kW) of installed power for heavy offshore work.

Finland prepares to launch the world’s first deep underground nuclear waste storage facility.

New ammonia-powered vessel runs without oil, offering a scalable path to zero-carbon shipping for global trade.

The embryo preserved inside offers definitive proof that mammal ancestors were egg-layers.

DARPA’s Rads to Watts Program aims to build nuclear batteries that deliver more than 10 watts per kilogram of energy.

The swap gate exchanges qubit states with precision in under a millisecond.

This facility streamlines the path from nuclear concept to functional unit, saving both time and money.

The powerful new piece of engineering that could reshape how minerals are extracted from deep within the Earth.

The team used aluminum chloride-containing molten salts to break down the long hydrocarbon chains of the polymer.

The STAR collaboration tracked rare quark-antiquark pairs created in proton collisions, offering new evidence that empty space is not truly empty.