Konferenzen  >  Chemie  >  Nanoteilchen und Emulsionen

Institute of Macromolecular Chemistry of the Czech Academy of Sciences

The PMM 2026 conference will focus on the self-association of stimuli-responsive polymers, drawing inspiration from nature's ability to form complex, adaptive, and functional assemblies. Emphasis will be placed on understanding and designing dynamically reconfigurable polymer systems that respond to specific physical or chemical stimuli-systems that are increasingly relevant for technical innovations, biomedical applications, and sustainable materials development.

Tel.: [+420-296809130];     Email: pmm87@imc.cas.cz

Advanced Synthetic Approaches including Green Chemistry, Application of Physical Stimuli as Driving Force of Polymer Self-Assembly, Application of Chemical Stimuli as Driving Force of Polymer Self-Assembly, Advanced Methods for Characterization of Stimuli-Responsive Supramolecular Self-Assembly, Theoretical Aspects and In Silico Simulations for Studying Stimuli-Responsive Polymer Self-Assembly

Organische Chemie und Polymere,    Komplexe Systeme und Chaos

Beilstein-Institut

The scope of this symposium ranges across the broad spectrum of nanotechnology and nanoscience, including, but not limited to: / Biological and bioinspired structures: research on materials and phenomena in biological systems, basic research on the properties of biological nanostructures, translational biomimetic approaches and application of bioinspired technology. / Composition/structure/-property correlations: atomic-, nano-, and micro-scale materials design, multi-scale modeling for structure evolution, preparation and processing of nanostructured materials, characterization techniques for nanostructures, mechanical behavior and functional performance evaluation method. / Nanomaterials and their device applications: design of nanomaterials, nanodevice development, and their applications, including bio/chemical sensing and therapy. / Surface-engineered nanoparticles for enhancing enzyme activity: development of nanomaterials that bind to and dynamically tune enzyme activity for various applications.

Clusterphysik, Nanowerkstoffe, Graphen und Fullerene,    Mikrotechnologie, Nanotechnologie