Welcome to the Redox Shields 2024 Workshop!
Spatiotemporal Complexity in Electrochemistry: From Experiments to Models
This workshop investigates the intricate relationship between mass and charge transport and their influence on (electro)chemical reactivity. The coupling between interfacial electrochemistry, homogeneous chemical reactions, and mass and charge transport within a system plays a pivotal role in shaping the underlying chemical processes, ultimately impacting the kinetics and thermodynamics of reactions. Particular focus is placed on systems where concentrations vary from their bulk value and change rapidly over a short distance, creating distinct layers. How do spatiotemporal variations in concentration impact applications in energy conversion and storage? What are the implications for electrocatalysis? By exploring this connection, a nuanced understanding of the fundamental factors governing chemical reactivity coupled to transport phenomena is sought, providing insights into potential applications in various electrochemical systems.
(Picture: Astrid Eckert / TUM)
Have a look at the general RedoxShield website for more information!
Preliminary Topics:
- Batteries and Energy Storage
- Electrocatalysis & Heterogenized Molecular Catalysis
- Imaging and Modeling Reactions/Boundary Layers
- Nonlinear Dynamics & Chaos
- Double Layer & Electric Field
- Electrode Geometry & Porous Electrode Design
Confirmed speakers (More TBA):
Great news: The abstract submission deadline was extended until the 12th of August! We encourage young researchers to showcase their work as a poster and to engage in meaningful discussions.
Looking forward to meet you there!
(Picture: Astrid Eckert / TUM)