Dynamics and Association in Individualized Macromolecules (B15*)

该项目专注于在孤立性和个人空间限制的约束下，聚合物分子中可逆缔合的结晶和动力学。关键问题是哪些最小长度的个性化链必须结晶，以及在微晶边缘形成的环如何限制这一过程。此外，还将研究固体边界对这类系统的影响。最后，将讨论个性化聚合物中氢键官能团的缔合动力学。

The project focusses on crystallization and dynamics of reversible association in polymeric molecules under the constraints of solitude and individual spatial confinement. Key questions are which minimum length individualized chains must have to crystallize and how the formation of loops at the crystallite edges constrains this process. Additionally, the impact of solid boundaries on such systems will be investigated. Finally, the association dynamics of hydrogen-bonding functional groups in individualized polymers will be addressed.