Highly sensitive and selective hydrogen gas sensors employing photoactive hybrid nanomaterials

This research focused on developing advanced materials for detecting hydrogen gas with high accuracy, fast response, and stability at low temperatures. The study explored how these materials behave under different light and voltage conditions, improving their performance and energy efficiency. The findings contribute to safer use of hydrogen in energy systems by enabling early leak detection. This work supports the global shift toward cleaner energy by enhancing the safety and reliability of hydrogen technologies in everyday applications such as transportation, industry, and portable devices.