Please choose from the following topics when submitting your abstract.

 

Poster sessions accompanying the mini-symposia

• Focus Session: Coherent band structure engineering with light
• Focus Session: Ultrafast surface dynamics at the space-time limit
• Focus Session: Infrared nano-optics
• Focus Session: Electrified solid-liquid interfaces
• Focus Session: Machine learning applications in surface science
• Focus Session: Dzyaloshinskii-Moriya Interaction (DMI) at surfaces and interfaces
• Focus Session: Free-standing functional molecular 2D materials
• Focus Session: Manipulation and control of spins on functional surfaces
• Focus Session: Molecular scale investigations of liquid-vapor interfaces
• Focus Session: Frontiers of electronic-structure theory: Focus on electron-phonon interactions

Thematic poster sessions

• Metal substrates: Structure, epitaxy and growth
• Metal substrates: Adsorption and reaction of small molecules
• Semiconductor substrates: Structure, epitaxy and growth
• Semiconductor substrates: Adsorption and reaction of small molecules
• Semiconductor substrates: Metallic nanowires, overlayers, etc.
• Oxide and insulator surfaces: Structure, epitaxy and growth
• Oxides and insulators: Adsorption and reaction of small molecules
• Supported nanoclusters: structure, reactions, catalysis
• Organic molecules on inorganic substrates: Adsorption and growth
• Organic molecules on inorganic substrates: networks and overlayers
• Organic molecules on inorganic substrates: electronic, optical and other properties
• Solid-liquid interfaces: Structure, spectroscopy
• Solid-liquid interfaces: Reactions and electrochemistry
• Graphene:  Growth, structure and substrate interaction
• Graphene: Electronic structure, excitations, etc.
• Graphene: Adsorption, intercalation and doping
• 2D Materials beyond graphene: Growth, structure and substrate interaction
• 2D Materials: Electronic structure, excitations, etc.
• 2D Materials: Stacking and heterostructures
• Topological insulators
• Topology and symmetry-protected materials
• Nanostructures at surfaces: 1D and 2D structures and networks
• Nanostructures at surfaces: Dots, particles, clusters
• Nanostructured surfaces and thin films
• Nanostructures at surfaces: Other aspects
• Heterogeneous catalysis
• Electronic structure of surfaces: Spectroscopy, surface states
• Ultrafast electron dynamics at surface and interfaces
• Electron-driven processes at surfaces and interfaces
• Electronic structure theory: General
• Surface reactions
• Surface magnetism
• Surface dynamics: Phase transitions and elementary processes
• New methods: Theory
• New methods: Experiments
• Scanning probe techniques: Method development
• Tribology: Surfaces and nanostructures
• Plasmonics and nanooptics: Fabrication and characterization
• Plasmonics and nanooptics: Light-matter interaction, spectroscopy
• Plasmonics and nanooptics: Applications and other aspects
• Miscalleneous
• Others or not applicable