NASA, in collaboration with FGC Plasma Solutions, is working on advancing plasma-assisted combustion technology to transform the efficiency and environmental impact of jet engines. This innovative approach involves using controlled plasma discharges to enhance the burning process of traditional fuels such as kerosene or natural gas. Unlike hydrogen or electric-powered solutions, this technology focuses on optimizing the combustion of existing fuels to make engines smaller, lighter, cleaner, and more efficient without requiring a complete overhaul of infrastructure. By adding bursts of plasma to the fuel-air mixture, the system enables faster ignition, more complete burning, and stable flames even in challenging conditions. The benefits of plasma-assisted combustion extend to aviation by stabilizing lean flames, improving ignition in various environments, enhancing throttle response, and reducing harmful emissions like carbon monoxide and nitric oxide. This advancement could lead to aircraft flying further, emitting fewer pollutants, and operating more cost-effectively without the need for transitioning to alternative fuels. Moreover, the technology's potential applications are not limited to aviation; NASA is exploring its suitability for space propulsion systems as well. By potentially aiding in rocket ignition and functioning efficiently under extreme conditions, plasma-assisted combustion could contribute to future space missions where size, weight, and efficiency are crucial factors. While the technology is still undergoing testing and development to meet aviation standards and scale up for commercial use, it presents a promising pathway towards cleaner and more efficient engine operations. This innovation offers a viable solution for achieving cleaner aviation in the near future, bridging the gap between current technologies and the aspirational goals of hydrogen planes or electric jets. With ongoing advancements, plasma-assisted combustion could revolutionize the aerospace industry and contribute to a more sustainable future.