Molecular Symmetry, Super-Rotation, and Semiclassical Motion

1. New Ideas for Solving Old Problems - An Introduction
Hanno Schmiedt

Part I. Group Theory in Molecular Physics

2. Basic Concepts
Hanno Schmiedt

3. Schur–Weyl Duality in Molecules
Hanno Schmiedt

4. Reactive Collisions
Hanno Schmiedt

Part II. Extremely Floppy Molecules

5. Introducing Extreme Floppiness
Hanno Schmiedt

6. Symmetry Beyond Perturbation Theory
Hanno Schmiedt

7. The Molecular Super-Rotor
Hanno Schmiedt

8. Super-Rotor States and Their Symmetry
Hanno Schmiedt

9. Protonated Methane
Hanno Schmiedt

10. Refinements and Further Applications
Hanno Schmiedt

Part III. Semi-classical Approach to Rotational Dynamics

11. Ultrafast Rotation
Hanno Schmiedt

12. Application to Sulfur Dioxide
Hanno Schmiedt

13. Discussion
Hanno Schmiedt

14. New Ideas for Solving Old Problems – A Conclusion
Hanno Schmiedt

Keywords: Physics, Atomic/Molecular Structure and Spectra, Numerical and Computational Physics, Simulation, Physical Chemistry, Vibration, Dynamical Systems, Control