ICAMOP 2026 - International Conference on Atomic, Molecular and Optical Physics

ICAMOP 2026 - International Conference on Atomic, Molecular and Optical Physics focuses on atomic, molecular and optical physics, exploring ultracold quantum systems, plasma and laser-matter interactions, precision spectroscopy, quantum optics, and fundamental measurements in atoms and molecules.

Key Topics

• Applications of AMO Physics
• Accelerator based AMO Experiments
• Atom and Ion Traps
• Astronomical/Atmospheric Processes
• Atomic and molecular astrophysics
• Atom interferometry and atomic clocks
• Atomic and molecular processes in plasmas
• Atomic and molecular collisions
• Atomic tests of fundamental physics
• Atomic and molecular spectroscopy
• Attosecond physics
• Atoms in optical lattices
• Cavity QED
• Bose-Einstein condensates
• Coherent control
• Clusters and nanoparticles
• Degenerate quantum gases
• Cold atoms and molecules
• Fundamental physics, precision measurements and metrology
• Electron Collisions
• Intense Laser-Matter Interactions
• High pressure plasma sources
• Laser produced plasmas
• Ion-Atom-Molecule Collisions
• Low pressure plasma sources
• Laser spectroscopy
• Photon induced processes
• Molecular reaction dynamics
• Physical basis of plasma chemistry
• Photophysics and collisions of biomolecules
• Plasma diagnostics
• Plasma and discharges theory and simulation
• Plasmas and gas flows
• Plasma surface interaction (boundary layers, sheath, surface processes)
• Quantum information processing with atoms and ions
• Precision measurements
• Quantum Optics and Information
• Quantum optics and cavity QED with atoms
• Strong fields
• Self-organization in plasmas, dusty plasmas
• Surface reaction dynamics and self-assembly
• Structure and Spectroscopy
• Transport phenomena, particle velocity distribution function
• Surfaces and Clusters
• Ultracold Fermi gases
• Ultracold atoms and molecules
• Ultrafast dynamics
• Ultra-Cold Systems
• Upper Atmospheric Plasmas and Space Plasmas
• Ultrafast phenomena and intense field interactions