In a futuristic scenario set in 2050, the concept of beaming power to aircraft for sustainable flight is introduced, aiming to revolutionize aviation by overcoming the limitations of traditional energy storage methods. The idea involves using microwave radiation transmitted from ground antennas to power moving aircraft, essentially eliminating the need for on-board fuel storage. By utilizing phased arrays and precise beamforming techniques, engineers could focus and steer the energy beam towards receiving antennas installed on planes, providing a continuous source of power during flight. The article delves into the technical intricacies of this proposed system, explaining how microwaves can effectively pass through clouds and be absorbed by aircraft-mounted receivers to ensure passenger safety. Calculations are presented to determine the size requirements for both ground and aircraft antennas, as well as the distances over which energy transfer could be achieved. Theoretical estimates suggest the use of large ground antennas spread along flight paths to facilitate the beamed power transfer, with potential applications between major airports such as LAX and SFO. While acknowledging the theoretical feasibility of power beaming for aviation, the article also highlights the practical challenges and past achievements in this field. It mentions NASA's previous experiment in power beaming over short distances using klystrons, emphasizing recent advancements in semiconductor technology that enable more efficient and precise energy transfer. The discussion extends to a successful demonstration by Emrod in 2022, showcasing the promising prospects of semiconductor-driven energy transfer for sustainable aviation. Overall, the narrative paints a positive outlook on the potential of beamed power for aviation, offering a glimpse into a future where sustainable flight is made possible through innovative energy transfer technologies.