AG Oschatz 2025

Chair for Chemistry of Materials for Energy Applications​

Welcome to the Homepage of the Oschatz group!
AG Oschatz 2025
Image: Desiree Leistenschneider
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Notice

If you like our research and want to be a future PhD student in our group, please do not hesitate to contact us at any time or check current job offers (open positions).

Currently, we are happy to welcome new PhD students in these research areas:

  • Sodium-ion-batteries 
  • Electrocatalysis (Nitrogen reduction, CO2 reduction) 
  • Porous (carbon)materials: CO2 capture, Gas separation, H2 storage  

At any time we are pleased to host students for a bachelor or master thesis (topics). Please do not hesitate to contact us.

If our PhD students need support, we are also looking for motivated and qualified student assistants. 

A first outline of our research topics can be found on our homepage (topics). 

News

  1. CataLysis Networking Conference 2024

    As our photocatalysis expert, Lingli attended the CataLysis Networking Conference 2024 with other colleagues from the CRC/TRR 234 CataLight. She presented her work on H2O2 production via photocatalytic approaches using Poly(heptazine imides).
    Lingli at the CataLysis2024
    Image: Lingli Ni
  2. Oschatz group at AKK2024

    Our group presented the recent work on carbon materials for selective CO2 capture and utilization at the AKK in Erlangen this week. Kai, Sofiia and Yongchao presented their posters, Martin Oschatz gave a talk summarizing the ongoing projects within HIPOLE and the DeKarbon project. Thanks to the organizers for a great time.
  3. Electrochemistry 2024 Braunschweig

    Members of our group joined the Electrochemistry 2024 in Braunschweig. We participated with 7 posters and 2 presentations. For more information, check out LinkedIn.
    Gruppenbild der AG Oschatz auf der Electrochemistry 2024
    Image: Jonas Krug von Nidda
All short news

Research Overview

  • Rationale Materialsynthese
    Image: Bild von Yves Bernardi auf Pixabay
    Porous Materials and Interfacial Phenomena

    We develop novel and innovative approaches towards the synthesis of nano-structured carbon materials displaying both, a defined pore structure as well as chemical composition. Such model materials serve to fundamentally understand interfacial phenomena as they occur in energy and environment-related applications.

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Contact (Secretariat)

Chair for Chemistry of Materials for Energy Applications​

Philosophenweg 7a
07743 Jena Google Maps site planExternal link

Postal address:
Friedrich-Schiller-Universität Jena
CEEC – Center for Energy and Environmental Chemistry Jena
Institut für Technische Chemie und Umweltchemie
Warenschleuse ZAF – Philosophenweg 7
07743 Jena