dCRAB: GRADIENT-FREE QUANTUM CONTROL OPTIMIZATION FOR NUCLEAR MAGNETIC RESONANCE SETUPS Research purpose and update

dCRAB: Gradient-Free Quantum Control Optimization for Nuclear Magnetic Resonance Setups,Overview and research purpose

QUANTUM COMPUTATION WITH NUCLEAR MAGNETIC RESONANCE

MAGNETIC RESONANCE AS AN EXPERIMENTAL DEVICE FOR QUANTUM COMPUTING RESEARCH

Gradient-Free Quantum Control Optimization of Magnetic Resonance Pulses for Electrochemical Setups: Methods, Comparisons, and Applications

QUANTUM COMPUTATION IN A ONE-DIMENSIONAL CRYSTAL LATTICE WITH NUCLEAR MAGNETIC RESONANCE FORCE MICROSCOPY

Using Reinforcement Learning for Quantum Control in Magnetic Resonance