ResearchScience

Quantum Breakthrough Solves Decades-Old Electron Emission Mystery

Scientists have uncovered why electrons with adequate energy sometimes remain trapped in materials despite having enough energy to escape. The discovery of “doorway states” provides the missing explanation for a phenomenon that has puzzled physicists for decades and opens new possibilities for material design.

Solving a Quantum Conundrum

What happens when electrons attempt to leave solid materials has remained incompletely understood despite decades of study and widespread technological applications. According to recent reports, researchers have now identified the crucial missing factor that explains why theoretical predictions and experimental results have consistently diverged.

Earth SciencesEnergy

MIT Researchers Advance Nuclear Fusion With AI-Powered Plasma Control Model

MIT researchers have created a physics-informed machine learning model that predicts plasma behavior in fusion reactors. This breakthrough addresses one of nuclear fusion’s biggest challenges: safely controlling plasma during reactor shutdowns.

Scientists at the Massachusetts Institute of Technology have taken a significant step toward scaling up nuclear fusion energy by developing an AI-powered model that predicts plasma behavior in tokamak reactors. This breakthrough addresses one of the most persistent challenges in making fusion power commercially viable: safely controlling plasma during reactor shutdowns.

The Plasma Control Challenge in Fusion Energy