Nuclear thermal propulsion (NTP) employs nuclear fission, offering a potentially faster alternative for crewed Mars missions by reducing travel time significantly. With NTP, a trip could take half as long as traditional methods.
The development of nuclear thermal propulsion technology by NASA and DARPA could revolutionize space travel, enabling quicker missions to Mars and beyond while maintaining powerful capabilities for maneuverable space platforms.
Nuclear thermal propulsion technology, still in development, may also enhance the protection of American satellites beyond Earth, showing potential for both exploration and defense applications in space.
As an associate professor in nuclear engineering, my goal is to contribute to the creation of the nuclear thermal propulsion engine that could lead to the first crewed missions to Mars, reshaping our exploration efforts.
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