Themes and symposium titles

Coordination compounds for energy and sustainability applications

• Coordination Chemistry for Sustainability
• Recent Advances in the Photophysics and Photochemistry of Transition Metal Complexes
• Sustainability-Driven Coordination Compounds and Catalytic Systems for Green Molecular Transformations
• Molecular electrocatalysts for energy conversion
• Inorganic and hybrid materials for chemical sensing applications
• Coordination complexes as active materials for flow batteries

Catalysis and bond activation

• Nordic Organometallic chemistry
• Bioinspired Oxidation Catalysis with Iron Complexes
• Bioinspired Small Molecule Activation: Electronic Structure Governs Reactivity
• Confined Catalysis within Coordination Capsule
• Frontiers in Early Transition Metal Chemistry: From Fundamental Systems to Practical Applications
• Merging Molecular Electrocatalysis and Coordination Chemistry for Organic Synthesis
• O-O Bond Formation and Activation
• Proton-coupled electron transfer (PCET) reactivity promoted by natural and bioinspired metal complexes
• Sustainable CO₂ Valorization through Electrocatalysis and Photocatalysis

Coordination chemistry in biology and medical applications

• Metal ions in Neurodegenerative Disease (MIND)
• Advances in the design of anti-cancer and other therapeutics
• Inorganic chemistry for radiopharmaceuticals in nuclear medicine
• Metallo-supramolecular chemistry meets biology
• Metal-Modified Nucleic Acids
• Novel Approaches to MRI and PET Diagnostic and Theranostic Applications

Electronic and molecular structure – methods and modeling

• Advanced EPR for coordination chemistry
• Modelling of Metal-Organic Frameworks
• Probing coordination complex electronic structure and photochemistry with advanced x-ray and ultrafast optical methods
• Quantum Bio-Inorganic Chemistry
  Spin states and reactivity
• Spin-State Switching: Mechanisms and Emerging Applications

4f/5f-elements

• Contemporary Molecular Magnetism
• Lanthanide Luminescence for Advanced Applications

Main group elements

• Main Group Catalysis and Materials Science
• P-block elements in exotic electronic states and constrained geometries
• Phosphorus in Low Valency and Low Coordination

Supramolecular chemistry and 3D materials

• Coordination Cages
• Innovations in Reticular Synthesis and Framework Assembly
• MOFs as Platforms for Catalysis and Reactivity Control
• MOFs for Analysis and Analysis for MOF
  MOFs for Sustainable Energy, Environment, and Resource Applications
• Quantum Phenomena and Emergent Properties in MOFs

New Directions in Coordination Chemistry

• Chemistry and Applications of Oligonuclear Oxo-Complexes
• Dynamic Electronic States and Phase Transitions in Metal Complexes
• Fluorinated Ligands in Coordination Chemistry
• Metal-Oxo Clusters: From Building Blocks to Function
• Molecular Spin Qubits and Molecular Spintronics Based on Molecular Magnets
• New Frontiers in the Triggered Assembly of Functional Coordination Complexes
• Organoradioelement chemistry
• Synthesis and Catalysis in 2D and 3D: From Interfacial to Spatially Confined Organometallic Chemistry
• The Potential of Small Crystals for Structure Analysis