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View All on GitHubAI Summary: Implement a simulation of a hydrogen beam (diatomic molecule) in a magnetic field within the existing `spinecho_sim` Python package. The simulation must account for nuclear and rotational magnetic moments, magnetic shielding, diamagnetism, spin-spin interactions, and interactions between nuclear magnetic moments and the field due to molecular rotation, as well as nuclear electric quadrupole moments. The simulation should accurately reflect the physical phenomena described in the provided research paper.
AI Summary: Implement a simulation within the `spinecho_sim` Python package to model the behavior of spins in a solenoid created by two opposing magnetic fields. The simulation should demonstrate type 2 aberrations, specifically the effects observed when the magnetic field at the center is zero.
AI Summary: Determine if calculating spin expectation values directly from the Majorana representation in the `spinecho_sim` Python package is feasible, avoiding the current conversion step. This involves investigating the mathematical relationships between the two representations.