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8:30 AM-9:20 AM |
Plenary Lecture I: Prof. Eric Kaler
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9:40 AM-12:00 PM |
Electrokinetic Phenomena and Microfluidics: General Electrokinetics 1
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Environmental Applications and Natural Colloids 1: Colloidal Fate and Transport
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General Papers in Colloid Science 1: Interactions
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Life Science Applications 1: Polymers
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Nanoscale Synthesis 1: Metals
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Nanoscale and Microscale Engineering 1: Layer-by-Layer Films and Biomaterials
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Rheology of Colloids and Interfaces 1: Multiphase and Anisotropic Rheology
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Self-Assembly of Surfactants and Biomolecules 1: Peptides and Nucleotides
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Soft Matter at Interfaces 1: Surface Modification Using Soft Materials
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Surface Science and Catalysis 1: Fundamentals
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1:20 PM-3:00 PM |
Electrokinetic Phenomena and Microfluidics: General Electrokinetics 2
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Environmental Applications and Natural Colloids 2: Colloidal Fate and Transport
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General Papers in Colloid Science 2: Assembly
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Life Science Applications 2: DNA assembly
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Nanoscale Synthesis 2: Multi Component Systems
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Nanoscale and Microscale Engineering 2: Patchy and Janus Particles
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Rheology of Colloids and Interfaces 2: Interfacial Rheology
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Self-Assembly of Surfactants and Biomolecules 2: Micelles and Vesicles
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Soft Matter at Interfaces 2: Polymer Adsorption on Solid Substrates
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Surface Science and Catalysis 2: Applications
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3:20 PM-5:00 PM |
Electrokinetic Phenomena and Microfluidics 3: Hydrogels and Patterning
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Environmental Applications and Natural Colloids 3: Engineering Aspects
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General Papers in Colloid Science 3: Phase Behavior
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Life Science Applications 3: Cell Interactions
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Nanoscale Synthesis 3: Growth Mechanism
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Nanoscale and Microscale Engineering 3: Patchy and Janus Particles
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Rheology of Colloids and Interfaces 3: Shear Thickening and Aggregrate Rheology
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Self-Assembly of Surfactants and Biomolecules 3: Polymers and Worms
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Soft Matter at Interfaces 3: LB Films, Liquid Crystals, Cellulose and Fiber
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Surface Science and Catalysis 3: General
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5:30 PM-8:30 PM |
Poster Session
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8:30 AM-9:20 AM |
Plenary Lecture II: Prof. David Weitz
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9:40 AM-12:00 PM |
Electrokinetic Phenomena and Microfluidics 4: Droplets and Multiphase Flows
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Environmental Applications and Natural Colloids 4: Water and Waste Stream Processing
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General Papers in Colloid Science 4: Films and Surfaces
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Life Science Applications 4: Colloids and Particles
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Nanoscale Synthesis 4: Biological Applications and Impact
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Nanoscale and Microscale Engineering 4A: Shape Anisotropic Particles and Assembly
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Nanoscale and Microscale Engineering 4B: Optical and Plasmonic Properties
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Rheology of Colloids and Interfaces 4: Rheology and Self-Assembly
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Self-Assembly of Surfactants and Biomolecules 4: Rafts and Domains
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Soft Matter at Interfaces 4: Particles, Droplets and Microemulsions
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1:20 PM-3:00 PM |
Electrokinetic Phenomena and Microfluidics 5: Field Assisted Assembly
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Environmental Applications and Natural Colloids 5: Microbial Interactions
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General Papers in Colloid Science 5: Nanoparticles I
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Life Science Applications 5: Self-assembly
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Nanoscale Synthesis 5: Nonmetallic Systems
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Nanoscale and Microscale Engineering 5A: Fundamentals (Interactions, Interfaces, Assembly, Simulation)
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Nanoscale and Microscale Engineering 5B: Fundamentals (Interactions, Interfaces, Assembly, Simulation)
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Rheology of Colloids and Interfaces 5: Rheology and Materials Design
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Self-Assembly of Surfactants and Biomolecules 5: Tunable and Active Systems
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Soft Matter at Interfaces 5: Phase Transitions in Soft Matter
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3:20 PM-5:00 PM |
Biopharmaceutical Forum 1: Importance of Particle Size, Shape, and Surface Properties for Drug Delivery and Formulation Development
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Electrokinetic Phenomena and Microfluidics 6
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General Papers in Colloid Science 6: Nanoparticles II
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Life Science Applications 6: Drug Delivery
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Nanoscale Synthesis 6: Metal Alloys and Oxides
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Nanoscale and Microscale Engineering 6A: Fundamentals (Interactions, Interfaces, Assembly, Simulation)
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Nanoscale and Microscale Engineering 6B: Colloidal Clusters, Composite Particles, Fibers
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Self-Assembly of Surfactants and Biomolecules 6: Nanoparticles
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Soft Matter at Interfaces 6: Liquid/Air and Liquid/Liquid Interfaces
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5:15 PM-6:05 PM |
Unilever Award Lecture
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8:30 AM-9:20 AM |
Victor K. LaMer Award Lecture
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9:40 AM-12:00 PM |
Biopharmaceutical Forum 2: Challenges in Biologics Formulation Development
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Biopharmaceutical Forum: Poster Session
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Electrokinetic Phenomena and Microfluidics: General Electrokinetics 3
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General Papers in Colloid Science 7: Aggregation and Adsorption
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Life Science Applications 7: Sensing and Imaging
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Nanoscale Synthesis 7: Self Assembly
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Nanoscale and Microscale Engineering 7: Mesoporous Films and Separations
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Self-Assembly of Surfactants and Biomolecules 7: Hydrogels and Self-Assembly
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Soft Matter at Interfaces 7: Biomolecules at Interfaces
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1:20 PM-3:00 PM |
Biopharmaceutical Forum 3: Innovative Colloidal Systems for Pharmaceutical Applications
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General Papers in Colloid Science 8: Emulsions I
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Life Science Applications 8: Surface Forces and Interfacial Phenomena
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Nanoscale Synthesis 8: Functional Nanostructures
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Nanoscale and Microscale Engineering 8: Colloidal Clusters, Composite Particles, Fibers
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Self-Assembly of Surfactants and Biomolecules 8: Proteins
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Soft Matter at Interfaces 8: Novel Techniques for Studying Soft Matter at Interfaces
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3:20 PM-5:00 PM |
General Papers in Colloid Science 9: Emulsions II
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Life Science Applications 9: Surface Forces and Interfacial Phenomena
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Self-Assembly of Surfactants and Biomolecules 9: Films and Monolayers
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Soft Matter at Interfaces 9: Elastomers and Interfacial Activity
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