Self-Organization in Nonlinear Science: Experiments and Theories

Our seminar is at the leading edge of innovation, a confluence of groundbreaking advances in both fundamental understanding and potential applications. Incorporating both experimental and theoretical perspectives, we explore the intriguing field of self-organization in nonlinear systems. As we make our way through this interdisciplinary domain, we will shed light on the complex interplay of elements that define self-organization, while outlining strategies for translating these phenomena into artificial constructs, including synthetic cells.

Furthermore, another aspect is to extend the nonlinear chemistry utilizing as central to other research areas such as synthetic biology, developmental biology, earth science, materials science, computational science, chemical engineering, and machine learning. The following topics relating to self-organization in nonlinear systems emerging under far–from–equilibrium conditions are proposed (but are not limited to): dynamic molecular assembly/disassembly, metastable crystallization, homochiralization, spatial pattern formation, chemo-hydrodynamic instabilities, oscillatory behaviors, synchronization phenomena, active matters, and collective behaviors. The interdisciplinary nature of this meeting both fosters exchange between young experimentalists from different disciplines and brings together theoretical and applied young researchers to promote forming a global community and innovation.

We invite interested researchers to submit abstracts for poster and oral presentations.