Plenary Speakers
Kristi Anseth
“Photoadaptable Hydrogels for Biological Applications”
Stuart Rowan
“Dynamic Networks as a Route to Pluripotent Materials”
Rint Sijbesma
“Catch Bonds in Reversible Covalent Networks”
Tao Xie
“Programming polymer networks with dynamic covalent chemistry”
Invited Speakers
Rigoberto Advincula
“3D/4D Printing of Dynamic Polymer Networks: Super Elastomers to Shape Memory“
William Dichtel
“Reprocessing Polyurethane Foams as Covalent Adaptable Networks”
Marc Guerre
“Disulfide Vitrimers: From Mechanistic Insight to Industrial implementation”
Alexa Kuenstler
“Understanding Viscoelasticity in Dynamic Covalent Networks: Old Techniques and New Approaches”
Marco Sangermano
“Sustainable bio-based UV-cured Dynamic Polymer Networks“
Philip Taynton
“Development and commercialization of Imine-Epoxy Vitrimer resins for Advanced Composites”
Huaping Xu
“Dynamic Se/Te-containing Polymers“
Katrien Bernaerts
“From lignin derived building blocks to covalent adaptable networks and recyclable materials“
Michael Dickey
“Ultratough Ionogels“
Allan Guymon
“Controlled Radical Photopolymerization and Photoinitiation to Direct Covalent Adaptable Network Structure“
Jacob Lessard
“Architectural Effects in Associative Covalent Adaptable Networks”
Sandra Schlögl
“Dynamic photopolymers containing reversibly activatable catalysts”
John Torkelson
“Product Manager”Upcycling Polyethylene, Polypropylene, and Related Copolymers into CANs Using Simple, “Drop-In” Reactive Processing”
Ning Zheng
“Circular 3D printing of dynamic covalent photopolymers“
Wolfgang Binder
“Vitrimeric electrolytes – reprocessable solid materials”
Filip Du Prez
“Covalent Adaptable Networks: Too Much Chemistry and Too Few Industrial Applications?“
Hans Heuts
“Dynamic polymer networks via trans-reactions with neighboring group participation“
Nicolai Kolb
“Enabling debonding-on-demand using labile networks”
Andrew Slark
“Dissociative CANs based on polyurethanes and polyesters”
François Tournilhac
“Latency, catalysis and phase separation in epoxy-based vitrimers”
Wei Zhang
“Dynamic Polymer Networks with Closed-loop Recyclability Enabled by Dynamic Covalent Chemistry”
Chris Bowman
“Photoactivated Covalent Adaptable Networks”
Katarina Ehrmann
“New concepts for 3D printing dynamic polymer networks”
Hannes Houck
“Turning conventional photodimers into reversible bonding motifs for closed-loop material recycling“
Renaud Nikolaÿ
“From Phase Separation to Nitrene Chemistry: Some Recent Advances in the Design of Dynamic Polymer Networks by Reactive Processing“
Maarten Smulders
“Design of macroscopic properties of polyimine networks by molecular and mesoscale control”
Pierre Verge
“Polybenzoxazine-based vitrimers : from chemistry to applications”
Enrico Dalcanale
“Non-covalent dynamic polymer networks: challenges and opportunities”
Joost Brancart
“Dynamic covalent network design for applications using structure-property relations”
Zhibin Guan
“Sustainable Polymeric Materials through Robust Dynamic Covalent Chemistry“
Jeremiah Johnson
“Comonomer additives for converting thermosets into covalent adaptable networks”
Jean-Marie Raquez
“Synergetic Hybridization Strategy to Enhance the Dynamicity of Poorly Dynamic CO2-derived Vitrimers achieved by a Simple Copolymerization Approach”
Brent Sumerlin
“Tuning Dyanmicity of Covalent Adaptable Networks via Supramolecular Reinforcement“
Christoph Weder
“Dynamic Metallosupramolecular Networks“