He shared research progress on one-dimensional assembly materials based on π-conjugated molecules and discussed strategies for controlling the arrangement of π-conjugated molecules without strong intermolecular interaction units, as well as the exploration of future materials based on this molecular arrangement strategy.

Title: Exploration of Future Materials Based on One-dimensional Assemblies of π-conjugated MoleculesSpeaker: Daigo Miyajima, School of Science and Engineering, The Chinese University of Hong Kong (Shenzhen)Email: dmiyajima@cuhk.edu.cnTime: June 21, 2023, 3:00 PMVenue: Lecture Room 324, AISMST（Tencent Meeting: 810-641-219）Abstract:The physical properties of molecular materials depend not only on the constituting molecules but also on their assembling manners. With the development of computational

On March 24, Prof. Julian X.X.Zhu from Université de Montréal was invited to the School Of Emergent Soft Matter to give a lecture on Molecular and Macromolecular Hydrogels and Marginal Solubility to share his group's innovative work in the design.

​Professor. Florian J. Stadler from Shenzhen university was invited by School of Emergent Soft Matter for the seminar: The Advance of Mechanical Characterization of Soft Matter by Rheology and AFM.

Speaker：pro. Xiao-Xia Zhu, University of MontrealTitle: Molecular and Macromolecular Hydrogels and Marginal SolubilityTime：March 24th, 9:00 AMVenue:Lecture Room 324, AISMSTAbstract:Molecular and polymeric hydrogels are useful materials for a variety of applications including the biomedical and pharmaceutical fields. Bile acids are natural compounds exist in the body of human and most animals. In their salt form or after suitable chemical modifications, they can interact with each other in a spec

Speaker：Florian J. Stadler (Shenzhen University)Title: Characterization of Soft Matter with advanced mechanical characterization – rheology and AFMInvited by Prof. Xing JIANGTime：March 2nd, 2023 (2:00 pm)Venue: Lecture Room 324, AISMST (Building #2, KeJiYuan, North Campus)Faculties and students are warmly welcome.Abstract:Soft matter is usually very complex in its structure in comparison to traditional materials, which makes it difficult to characterize as well as hard to understand. Mechanical