Optimal control of coupled spin dynamics: design of NMR pulse sequences by gradient ascent algorithms.
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Summary
The application of these pulse engineering methods to design pulse sequences that are robust to experimentally important parameter variations, such as chemical shift dispersion or radiofrequency variations due to imperfections such as rf inhomogeneity is explained.
- Type
- article
- Published
- 2005-02-01
- Cited by
- 1,831
- References
- 45
- OpenAlex
- https://openalex.org/W1978533437
- Semantic Scholar
- https://api.semanticscholar.org/CorpusID:29213219
Keywords
Spins, Coherence (philosophical gambling strategy), Pulse (music), Pulse sequence, Bloch equations
References
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- Quantum information and computation
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- Optimal Control Solutions to the Magnetic Resonance Selective Excitation Problem
- Design of adiabatic selective pulses using optimal control theory
- Application of optimal control theory to the design of broadband excitation pulses for high-resolution NMR.
- Novel Pulse Sequences with Sensitivity Enhancement for In-phase Coherence Transfer Employing Pulsed Field Gradients
- Principles of nuclear magnetic resonance in one and two dimensions
- Pulse-Sequence Optimization with Analytical Derivatives. Application to Deuterium Decoupling in Oriented Phases
- Amplitude-modulated composite pulses
- Gaussian pulse cascades: New analytical functions for rectangular selective inversion and in-phase excitation in NMR
- I-spin n-quantum coherences in InS spin systems employed for E.COSY-type measurement of heteronuclear long-range coupling constants in NMR
- Exploring the limits of broadband excitation and inversion pulses.
- Enhancement of nuclear magnetic resonance signals by polarization transfer
- Reducing the duration of broadband excitation pulses using optimal control with limited RF amplitude.
- Whither the future of controlling quantum phenomena?
- Control of selectivity of chemical reaction via control of wave packet evolution
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- Gradient flow for controlling quantum ensemble
- SYMMETRY PRINCIPLES IN OPTIMAL QUANTUM CONTROL WITH APPLICATIONS TO CLOSED AND OPEN SYSTEMS
- Controlling quantum systems for quantum information processing
- Optimal control and quantum simulations in superconducting quantum devices
- Reproducible Protein NMR Data Analysis
- Control of Inhomogeneous Ensembles
- Parallelisation of Block-Recursive Matrix Multiplication in Prefix Computations
- Stabilisation des systèmes quantiques à temps discrets et stabilité des filtres quantiques à temps continus
- Robust Manipulation and Computation for Inhomogeneous Quantum Ensembles
- Breaking Quantum Limits with Collective Cavity-QED: Generation of Spin Squeezed States via Quantum Non-Demolition Measurements
- Error characterization and quantum control benchmarking in liquid state NMR using quantum information processing techniques
- Préparation et stabilisation de systèmes quantiques
- Contrôle optimal géométrique : méthodes homotopiques et applications
- Efficient Characterisation and Optimal Control of Open Quantum Systems - Mathematical Foundations and Physical Applications
- Spins as qubits: quantum information processing by nuclear magnetic resonance.
- Characterization, Verification and Control for Large Quantum Systems
- Towards Viable Quantum Computation for Chemistry
- A combination of algebraic, geometric and numerical methods in the contrast problem by saturation in magnetic resonance imaging
- Have you been using the wrong estimator? These guys bound average fidelity using this one weird trick von Neumann didn't want you to know
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