Optimal quantum control and optical beam shaping for atomic gravi-gradiometer

Key Points

• Enhanced measurement precision is achieved with optimal quantum control techniques, highlighting advancements in technology.
• Quantitative improvements were observed in interference patterns after implementing refined optical beam shaping methods.
• Analysis of optical configurations and quantum controls reveals substantial benefits for the performance of atomic gravi-gradiometers.
• Potential applications include more accurate gravitational measurements and advancements in metrology, with implications for various scientific fields.

Abstract