Invited Speakers

Plenary speakers

		Anderson PD Eindhoven University of Technology	Measuring and predicting structure development during processing flows
		Ito K The University of Tokyo	Polymers for the circular economy
		Kuo SW National Sun Yat-sen University	Solid state chemical transformation of benzoxazine-linked porous organic polymers
		Sundararaj U University of Calgary	Morphology, rheology, and structure property relationships of electrically conductive polymer blends and nanocomposites

Invited speakers

Chen JC	National Taiwan University of Science and Technology	The incorporation of benzo[c]cinnoline unit in linear conjugated polymers: a promising way of producing C2 products and enhance production yield for CO2 photoreaction application
Di Maio E	University of Naples Federico II	Structure- and density-layered mono-material foams
Ito H	Yamagata University	Control of structure and properties for recycled plastics
Kadokawa	Kagoshima University	Development of derivatization methods in ionic liquid solvents to exhibit new properties and functions from structural polysaccharides
Kihara S	Hiroshima University	High-pressure fluids mixing on the development of rubber nanocomposites and their material recycling
Kikutani T	Institute of Science Tokyo	Verification of the influence of processing history through comparing high-speed melt spinning behavior of virgin and recycled polypropylene
Lee CH	Chang Gung Memorial Hospital-Cardiology	Optimizing pro-survival effects: Exosomes from human induced pluripotent stem cells in 3D culture
Liu YL	National Tsing Hua University	Porous polymeric membranes in preparation of gel polymer electrolytes for lithium ion batteries
Saito T	Institute of Science Tokyo	Study on interfacial thermal resistance of layered heterogeneous polymers for novel thermal insulation structure
Taki K	Kanazawa University	Acoustic emission sensing for understanding filler compounding in twin-screw extrusion
Tung SH	National Taiwan University	Blends of spider silk and PEO as effective solid polymer electrolytes
Yao S	Fukuoka University	Innovative mechanical recycling process based on the "Physical Degradation and Physical Regeneration Theory"