# Events

**Source**: https://ebt.cs.tum.de/en/news/events
**Parent**: https://ebt.cs.tum.de/en/

## Planned events

At the moment, there are no planned events.

## Past events

#### Spatiotemporal Complexity in Electrochemistry: From Experiments to Models

##### **Redox Shields 2024 Workshop**

###### **31st October – 1st November 2024**

###### TUM Science & Study Center Raitenhaslach, Bavaria (Germany)

**Scientific committee:** Nicolas Plumeré (TUM), Ben. A Johnson (TUM), Christophe Léger (CNRS), Vincent Fourmond (CNRS)\
[Workshop website](https://www.events.tum.de/frontend/index.php?folder_id=1443&page_id=)

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##### **TOPICS**

- Latest developments in electrosynthesis and organic electrochemistry, including transformation of macromolecules, biomolecules, and chiral systems
- New molecular (bio-)catalysts and materials for the sustainable transformation and activation of small molecules (CO2, N2, H2, NH3, O2…)
- Electrochemical methods for mechanistic studies of molecular transformations catalyzed by enzymes, molecular systems or materials
- Molecular transformation in electrochemical sensing

##### **Speakers**

**Kevin Lam** (University of Greenwich, UK)\
**Serena Arnaboldi** (University of Milan, Italy)\
**Kim Daasbvjerg** (Aarhus University, Denmark)\
**Helena Lundberg** (KTH Royal Institute of Technology, Germany)\
**Cristophe Legér** (CNRS, France)\
**Cyrille Constnin** (Université Grenoble-Alpes, France)\
**Mathieu Etienne** (CNRS, France)\
**Chularat Wattanakit** (VISTEC, Germany)\
**Sylvie Chardon** (Univ. Grenoble, France)\
**Omer Yehezkeli** (Technion, Israel)\
**Ben A. Johnson** (TUM, Germany)

#### **ECHEMS Conference 2024: Electrochemistry in Molecular Transformations**

###### **28th – 31st October 2024**

###### TUM Science & Study Center Raitenhaslach, Germany

**Scientific committee:** Nicolas Plumeré (TUM), Steen Uttrup Pedersen (Aarhus University), Alexander Kuhn (Université de Bordeaux), Kathryn Toghill (Lancaster University), Martin Jönsson-Niedziólka (Polish Academy of Sciences), Patrizia Mussini (Università degli Studi di Milano), Frank Marken (University of Bath)\
[Conference website](https://www.events.tum.de/frontend/index.php?folder_id=1447&page_id=)

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##### **TOPICS**

- Latest developments in protein-film and biofilm photoelectrochemistry, semi-artificial photosynthesis, biophotovoltaics, biological production of solar fuels and chemicals
- New materials and characterization tools for the above areas
- Insights into degradation pathways (photodegradation, reaction with reactive oxygen species, mediator toxicity…) and strategies to enhance stability
- Short-circuiting pathways at the bio-material interface (charge carrier recombination, redox cycling, non-natural electron transfer pathways…)
- Engineering challenges – using protein-film and biofilm electrodes for practical applications (electron transfer bottlenecks, the voltage/recombination dilemma, bioprocessing challenges…)

##### **Speakers**

**Kevin Lam** (University of Greenwich, UK)\
**Serena Arnaboldi**(University of Milan, Italy)\
**Kim Daasbjerg**(Aarhus University, Denmark)\
**Helena Lundberg**(KTH Royal Institute of Technology, Sweden)\
**Christophe Léger**(CNRS, France)\
**Cyrille Constentin** (Université Grenoble-Alpes, France)\
**Mathieu Etienne** (CNRS, France)\
**Chularat Wattanakit** (VISTEC, Germany)\
**Sylvie Chardon** (Univ. Grenoble, France)\
**Omer Yehezkeli** (Technion, Israel)\
**Ben A. Johnson** (TUM, Germany)

#### **Biophotoelectrochemical Systems: Solar Energy Conversion and Fundamental Investigations**

###### **29th – 31st March 2023**

###### School of Divinity, St John’s College, Cambridge

**Organizing committee:** Jenny Zhang (University of Cambridge), Erwin Reisner (University of Cambridge) & Nicolas Plumeré (Technical University of Munich)\
[Biophotoelectrochemical Workshop 2023 | The Zhang Group (cam.ac.uk)](https://www.ch.cam.ac.uk/group/zhang/biophotoelectrochemical-workshop-2023).

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##### **TOPICS**

- Latest developments in protein-film and biofilm photoelectrochemistry, semi-artificial photosynthesis, biophotovoltaics, biological production of solar fuels and chemicals
- New materials and characterisation tools for the above areas
- Insights into degradation pathways (photodegradation, reaction with reactive oxygen species, mediator toxicity…) and strategies to enhance stability
- Short-circuiting pathways at the bio-material interface (charge carrier recombination, redox cycling, non-natural electron transfer pathways…)
- Engineering challenges – using protein-film and biofilm electrodes for practical applications (electron transfer bottlenecks, the voltage/recombination dilemma, bioprocessing challenges…)

##### **Speakers**

**Barry Bruce** (University of Tennessee, USA)\
**Julea Butt**(University of East Anglia, UK)\
**Dave Cliffel**(Vanderbilt University, USA)\
**Jenny Emnéus**(Technical University of Denmark, Denmark)\
**Gianluca Farinola**(Università degli Studi di Bari Aldo Moro Bari, Italy)\
**Vincent Friebe** (Technical University Munich, Germany)\
**John Golbeck** (Pennsylvania State University, USA)\
**Christopher Howe** (University of Cambridge, UK)\
**Lars Jeuken** (Leiden University, Netherlands)\
**Anne Jones** (Arizona State University, USA)\
**Mike Jones** (University of Bristol, UK)\
**Joanna Kargul** (University of Warsaw, Poland)\
**Christophe Léger**(Aix Marseille Université, France)\
**Frédéric Lemaître**(Sorbonne Université, France)\
**Fred Lisdat**(Technical University of Applied Sciences Wildau, Germany)\
**Shelley Minteer** (University of Utah, USA)\
**Shuji Nakanishi**(Osaka University, Japan)\
**Swee Ching Tan**(National University of Singapore, Singapore)\
**Massimo Trotta** (Università degli Studi di Bari Aldo Moro Bari, Italy)\
**Peidong Yang** (University of California, Berkeley, USA)