Fusion Diagnostics

Fusion diagnostics involve measuring and analyzing various properties of plasma in nuclear fusion experiments. Plasma, the fourth state of matter, is a superheated gas made of charged particles. These diagnostics help scientists understand conditions such as temperature, density, and magnetic fields within the plasma, which are crucial for achieving stable fusion reactions. Techniques like spectroscopy, interferometry, and imaging are used to gather data. This information informs researchers about the behavior of the plasma and aids in improving fusion technology, potentially providing a powerful and clean energy source for the future.