Prof. Dr. Anna Fischer retweeted
We are looking for a #PhD candidate @AnnaFischerLab @UniFreiburg to work on the development of #photoelectrochemical #actuators with our research team in the #DFG Excellence Cluster @livMatS_UniFR. Apply and enjoy the beautiful city of Freiburg!
livmats.uni-freiburg.de/en/c…
We are looking for a #PhD candidate @AnnaFischerLab @UniFreiburg to work on the development of #photoelectrochemical #actuators with our research team in the #DFG Excellence Cluster @livMatS_UniFR. Apply and enjoy the beautiful city of Freiburg!
livmats.uni-freiburg.de/en/c…
Happy to share our recent publication in @ACSCatalysis, reporting how we altered the #catalytic #bias of the #NiFe_Hydrogenase from Cupriavidus necator by immobilizing it via a #his_tag on tin-rich ITO planar thin film model #electrodes. Thank you team!
pubs.acs.org/doi/abs/10.1021…
Happy to share our new publication on Pt-based HER catalysts with ultrahigh mass activity!
Thank you team!
onlinelibrary.wiley.com/doi/…
Prof. Dr. Anna Fischer retweeted
Interested in a #PhD #position on #carbon #nanomaterials for #electrochemical #energy applications (#fuelcells, #supercapacitors and #batteries)? We are #hiring in the @AnnaFischerLab!
For more details, check here: uni-freiburg.de/university/j…
Prof. Dr. Anna Fischer retweeted
I want to share this opinion about the stability of non-noble electrocatalysts for acidic water electrolysis (OER). I was surprised that some materials are pretty stable and can be stabilized further.
Anyone can access this work in the next ca. 50 days - authors.elsevier.com/a/1gZsj…
Yesterday, we continued with the second day of our Workshop "#Interfaces and #Interphases in #Electrochemical #Energy #Materials and #Systems" at @UniFreiburg. Super interesting talks, inspiring science and valuable insights and expertise shared! Thanks to all the contributors!
Great first day yesterday at our #Workshop on #Interfaces and #Interphases in #Eletrochemical #Energy #Materials and #Systems" at the
@UniFreiburg
! Organizers: Ingo Krossing, Severin Vierrath and myself (@AnnaFischerLab).
Interested in a #PhD #position on #carbon #nanomaterials for #electrochemical #energy applications (#fuelcells, #supercapacitors and #batteries)? We are #hiring in the @AnnaFischerLab!
For more details, check here: uni-freiburg.de/university/j…
We are looking for a motivated PhD or Postdoc candidate to work in our labs (@AnnaFischerLab, @UniFreiburg) on #nanostructured #materials, #enzyme #electrocatalysis and #spectroelectrochemistry.
Starting date: June or July 2023.
Looking forward to the visit of Prof. Karl Mandel from @UniFAU, who will give a presentation today on “Supraparticles – interactive systems from assembled
nano building blocks” in our "Inorganic Chemistry Talks" @UniFreiburg.
Prof. Dr. Anna Fischer retweeted
Interested in how different types of conductive carbon additives can influence the performance of an organic battery? Check out our collaborative paper in Advanced Functional Materials. Team effort :-) @AnnaFischerLab, @Besserchemistry, Biecker Lab@ MEET.
onlinelibrary.wiley.com/doi/…
Prof. Dr. Anna Fischer retweeted
How can immobilizing an organic redox polymer in the conductive carbon additive boost its cycling stability? Check out our collaborative work with @WWU_Muenster and @UniFreiburg (@AnnaFischerLab) in Adv. Funct. Mater.
onlinelibrary.wiley.com/doi/…
Interested in how different types of conductive carbon additives can influence the performance of an organic battery? Check out our collaborative paper in Advanced Functional Materials. Team effort :-) @AnnaFischerLab, @Besserchemistry, Biecker Lab@ MEET.
onlinelibrary.wiley.com/doi/…
Prof. Dr. Anna Fischer retweeted
Transition metal #Nitrides suffer from severe #Dissolution in acid, causing #Catalyst degradation (e.g., in ORR) and false positives (e.g., in N2RR). In @Joule_CP, we develop #DesignPrinciples to stabilize nitrides in acid (e.g., for #Electrocatalysis). ⚡️ doi.org/10.1016/j.joule.2022…

ALT Transition metal nitrides have suffered from severe nitride dissolution and subsequent ammonia generation in acidic electrolytes, limiting the use of earth-abundant nitride catalysts in proton exchange membrane fuel cells and electrolyzers. Combining theory and experiment, we have established design principles governing the extent and kinetics of nitride decomposition and ammonia production in acid. Guided by these insights, new nitride catalysts can be rationally designed with optimized stability in acid to electrify and decarbonize the production and utilization of chemicals and fuels.
Prof. Dr. Anna Fischer retweeted
An important milestone to #decarbonize aviation! One of many ways electrolysis and green #hydrogen can help to eliminate emissions in the transportation sector.
Here it is, footage of the world's first run of a modern aero engine on #hydrogen. Do you want to learn more about the test? Click here: ow.ly/tWG450LQkoF #netzero #racetozero #testbedtuesday
Prof. Dr. Anna Fischer retweeted
Happy to present my results on Fe-Zn dual site catalysts for AEMFCs at @nanoGe_Conf in Barcelona!
Also great talks about Fe single site catalysts during the last 2 days!
#phdlife #MATSUS22
Prof. Dr. Anna Fischer retweeted
‼️ Deadline extended ‼️
Submit your abstract for the 1st International #Conference and Scientific Exhibition on Living Materials Systems #LMS2023 @UniFreiburg by
🗓️30 November 2022
Be part of 4 days of cutting edge research & renowned speakers!
➡️livingmaterialssystems.uni-f…
Interested in Fuel Cells, Electrolysers and H2 Processing?
Submit an abstract and join the EFCF 2023 Conference in Lucerne Switzerland!
Submission deadline 30.11.2022!
efcf.com/fileadmin/files/202…
















