Atomic and molecular collisions: classical and quantum dynamics, chaos and fractals, periodic orbits, quantum mechanical resonances, gas-surface scattering, atomic and molecular clusters, atoms and molecules under confinement: a kaleidoscopic view

Key Points

• This research investigates the classical and quantum dynamics of atomic and molecular collisions.
• Analysis of classical dynamics and quantum dynamics
• Examination of chaos and fractals in molecular interactions
• Study of periodic orbits and quantum resonances
• Investigation of gas-surface scattering mechanisms
• Exploration of atomic and molecular clusters under confinement
• Identified key patterns in atomic and molecular collisions
• Demonstrated the role of chaos and fractals in dynamics
• Found significant quantum mechanical resonances affecting collisions
• Revealed complex interactions in gas-surface scattering
• Characterized behavior of atoms and molecules under confinement