69th World Conference on Chemical Complexity, Functional Matter & Molecular Systems (WC3FM2S-2026)

WC3FM2S-2026


Molecular Modeling Molecular Biology



Call for papers/Topics



Topics of Interest for Submission include, but are Not Limited to:



Chemical Complexity & Reaction Networks



• Non-Linear Chemical Kinetics & Reaction Networks



• Autocatalysis, Oscillatory & Emergent Chemical Systems



• Selectivity, Reactivity & Energy Landscapes



 



Next-Generation Catalysis



• Single-Atom & Molecularly Defined Catalysts



• Photoredox, Electro- and Dual Catalytic Systems



• Structure–Activity Relationships in Catalysis



 



Functional Matter & Advanced Materials Chemistry



• Quantum, Electronic & Magnetic Functional Materials



• Low-Dimensional & Topological Materials



• Defect Chemistry & Tunable Solid-State Systems



 



Polymer, Soft Matter & Supramolecular Systems



• Precision Polymer Synthesis & Sequence Control



• Self-Assembly, Adaptive & Living Materials



• Stimuli-Responsive & Dynamic Chemical Systems



 



Interface, Membrane & Confined Chemistry



• Chemistry at Interfaces & Nano-Confinement



• Molecular Transport & Selective Permeation



• Interfacial Reaction Dynamics



 



Molecular Environmental Chemistry



• Photochemical & Radical Pathways in Remediation



• Advanced Oxidation & Reactive Species Chemistry



• Transformation Chemistry of Emerging Contaminants



 



Molecular Energy & Electrochemical Chemistry



• Charge Transfer & Redox Molecular Systems



• Molecular Design for Fuel Cells & Energy Storage



• Photo-Electrochemical & Solar Fuel Chemistry



 



Theoretical, Quantum & Multiscale Chemistry



• Quantum Chemical Descriptions of Reactivity



• Multiscale Modeling of Chemical Systems



• Computational Discovery of Molecules & Materials



 



AI-Augmented Chemical Sciences



• Machine Learning for Reaction Prediction



• Data-Driven Catalyst & Materials Discovery



• Autonomous & Self-Optimizing Chemical Systems



 



Chemical Transformation of Waste & Resources



• Molecular Pathways for Polymer & Plastic Recycling



• E-Waste Chemistry & Selective Metal Recovery



• Waste-to-Molecule & Value-Added Transformations