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Atomic Molecular Optical Science

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Atomic Molecular Optical Science

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Research Frontiers in Quantum Control of Molecular Dynamics

Development of precise electromagnetic field sequences to manipulate molecular quantum states and control chemical reaction pathways.

Coherent Steering of Molecular Rotation with Shaped Light
Ultrafast Vibrational Dynamics in Quantum-Controlled Environments
Laser-Induced Molecular Alignment Beyond Classical Limits
Quantum Coherence in Chemical Bond Breaking and Formation
Femtosecond Control of Electron-Nuclear Coupling Pathways
Rydberg-State Engineering for Precision Molecular Manipulation
Optimal Control Landscapes in Many-Body Molecular Systems
Quantum Interference Effects in Polyatomic Photodissociation
Chirality Selection through Quantum Light-Matter Interactions
Real-Time Feedback Control of Molecular Quantum States

All Atomic, Molecular & Optical Science PhD categories