Signal Optimization in Inhomogeneous Fields: Application of Quantum Optimal Control Theory

Troy W. Borneman,David G. Cory,Martin D. Hürlimann

Signal Optimization in Inhomogeneous Fields: Application of Quantum Optimal Control Theory

2009

Troy W. Borneman
David G. Cory
Martin D. Hürlimann

We demonstrate that pulses derived using Optimal Control Theory (OCT) techniques can be used to significantly enhance the robustness of the Carr-Purcell-Meiboom-Gill sequence (CPMG) [1,2] to inhomogeneities in the static B B

Keywords:

Optimal control
Mathematical optimization
Robustness (computer science)
Mathematics
Quantum
quantum optimal control
signal optimization
Control theory

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