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Introduction: Classes of atmospheric particles and interfaces (aerosol, POA/SOA, bioaerosol, clouds,ice/liquid/mixed clouds, fog and haze, ground), atmospheric/air quality and molecular views Physical Properties of Aerosols and Clouds. Especially those properties important in the Climate Discussion (cloud formation): Extinction, absorption, scattering cross sections, external/internal mixtures, hygroscopicity New Particle (Gas–to–Particle) Formation (CLOUD Project at CERN) Nucleation Phenomena in Freezing Transitions, Ice Nucleation & CCN activation Gas–Particle Partitioning Phase Diagrams & Transitions, Supersaturations, Viscosity Thermochemistry & Kinetics of Aqueous/Condensed Phase Reactions Including Free Radical Reactions In Solution Thermochemistry & Kinetics of Interfacial Reactions Ionic And Free Radical Processes On Atmospheric Clusters In The Free Troposphere And Lower Stratosphere Health Effects – Molecular Mechanisms: ROS/RNS, Antioxidants, Immunological Reactions Global Modeling: Global Emissions/Formation, Transport, Climate & Health Effects New Instrumental Developments & Modeling Tools: ∗ API–TOF, STXM, SFG, viscosity, high pressure XPS ∗ kinetic multilayer models, molecular dynamics Dry/Wet Deposition Of Atmospheric Aerosols And Hydrometeros Influence Of Aerosols On Climate: Global and Regional Aspects Outlook: potential applications of multiphase kinetics/thermodynamics in catalysis, energy conversion, green chemistry, plasma chemistry