The optimization and control problem for 4D trajectories is a subject rarely addressed in literature. In the 4D navigation problem we define waypoints, for each mission, where the arrival time is specified in each of them. One way to design trajectories for achieving this kind of mission is to use the trajectory optimization concepts. To solve a trajectory optimization problem we can use the in...

The ability to engineer high-fidelity gates on quantum processors in the presence of systematic errors remains primary barrier achieving advantage. Quantum optimal control methods have proven effective experimentally realizing gates, but they require exquisite calibration be performant. We apply robust trajectory optimization techniques suppress gate arising from system parameter uncertainty. p...

The design and optimization of interplanetary space mission trajectories is known to be a difficult challenge. The trajectory of the Messenger mission (launched by NASA in 2004) is one of the most complex ones ever created. The European Space Agency (ESA) makes available a numerical optimization benchmark which resembles an accurate model of Messengers full mission trajectory. This contribution...