Scientists find a hidden route to the moon that saves fuel

- Researchers identified previously overlooked low-energy pathways from Earth to lunar orbit that reduce fuel needs by exploiting gravitational dynamics. - The routes use weak-stability boundaries and Lagrange-region dynamics to allow spacecraft to drift into the Moon’s vicinity with minimal propulsion. - These transfers can significantly cut fuel consumption for cargo or robotic missions but take longer than direct trajectories. - The approach could lower launch costs and expand logistical options for future lunar exploration and sustained operations.

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