Combining insights from business psychology with practical tools, the workshop addressed common challenges in the doctoral journey. Participants explored strategies to overcome writer’s block, reduce procrastination, and create conditions for focused, productive work. Additional topics included setting priorities, using personal strengths effectively, and developing techniques for stress regulation and mental recovery.

The interactive format—featuring short inputs, reflection exercises, and group exchange—allowed participants to connect the content directly to their own work and share experiences across disciplines.

We want to thank all participants for their engagement and looks forward to the German workshop in October!

Der Beitrag Workshop Review: Clarity, Focus, and Well-Being in Doctoral Research erschien zuerst auf Collaborative Research Center 1333.

Congratulations from all of us at the CRC 1333 on this achievement and milestone in your career, Erik! We wish you all the best for your next steps in your career!

Der Beitrag Doctoral Defense of Erik Wimmer erschien zuerst auf Collaborative Research Center 1333.

The meeting covered the full range of porous materials research—from synthesis and characterization to applications in catalysis, adsorption, energy storage, and process development.

CRC 1333 supported this year’s conference and contributed with a dedicated session highlighting current research within the Collaborative Research Centre. The conference was opened by CRC 1333 project leaders Prof. Bettina Lotsch and Prof. Simon Krause alongside Prof. Mika Lindén from the University of Ulm.

In the session “SFB-1333 – Catalysis in Confinement,” chaired by Jun.-Prof. Dr. Kenichi Endo (University of Stuttgart), CRC researchers presented recent results:

• Dr. Johanna Bruckner (University of Stuttgart) discussed the rational design of ordered mesoporous materials with tunable pore size and surface acidity via direct liquid crystal templating.
• Dr. Patrick Probst (University of Stuttgart) presented work on ring-expansion metathesis polymerization under confinement and the control of molecular weight in cyclic polymers.
• Samuel Van Gele (Max-Planck Institute for Solid State Research) explored structural effects of post-synthetic linkage modification in COF-366-Co catalysts.

The conference provided an excellent platform for exchange within the German zeolite and porous materials community, and we thank the organizers and participants for the stimulating discussions.

Der Beitrag CRC 1333 Supports the 37th German Zeolite Conference in Stuttgart erschien zuerst auf Collaborative Research Center 1333.

Congratulations from all of us at the CRC 1333 on this achievement and milestone in your career, Koushani! We wish you all the best for your next steps in your career!

Der Beitrag Doctoral Defense of Koushani Kundu erschien zuerst auf Collaborative Research Center 1333.

Fiona is originally from Barcelona, Spain, where she earned her bachelor’s degree in Mathematics and Physics. She is currently working towards her Master’s degree in Physics. Within the CRC, Fiona will be supporting our work as Data Steward, helping to ensure high-quality research data management across the consortium.

Welcome to CRC 1333, Fiona! We’re excited to have you on the team and look forward to working with you.

Der Beitrag Welcome to Fiona Rabascall Bohan erschien zuerst auf Collaborative Research Center 1333.

Sahar’s research focuses on the synthesis and characterization of photoactive metal–organic frameworks for solar energy conversion and storage. She holds a bachelor’s degree in chemistry from Shahid Beheshti University and a master’s degree in inorganic chemistry from the University of Tehran, Iran.

Welcome to CRC 1333, Sahar! We’re excited to work with you and have you on the team.

Der Beitrag Welcome to Sahar Yoosefi erschien zuerst auf Collaborative Research Center 1333.

The process relies on the use of supercritical CO₂, where the absence of surface tension allows drying to occur without mechanical stress on the material. This is particularly advantageous for mechanically sensitive porous systems such as certain metal–organic frameworks (MOFs), covalent organic frameworks (COFs), and gels.

The same Leica EM CPD300 model has also been successfully used by the Lotsch Group at the Max Planck Institute for Solid State Research, underlining its suitability for advanced materials research.

The availability of this instrument further strengthens the capabilities for the preparation and characterization of delicate porous materials within the CRC network.

Der Beitrag New Critical Point Dryer installed at Endo Group erschien zuerst auf Collaborative Research Center 1333.

Manpreet completed his Ph.D. in India, where his research focused on porous crystalline functional materials for environmental remediation. Prior to joining the department, he was a JSPS Postdoctoral Fellow in Japan, conducting research on functional porous materials, particularly the use of metal-organic frameworks (MOFs) for quantum information systems. His previous research experience includes heterogeneous catalysis, fluorescence-based chemical sensing, and the synthesis of porous adsorbents for selective CO₂ capture.

At CRC 1333, Manpreet is currently working on the development of MOF-based catalysts for the conversion of carbon dioxide (CO₂) into methanol. His research involves the development and modification of existing MOFs and COFs to achieve highly efficient CO₂ conversion. The overarching goal is to improve efficiency and selectivity in catalytic pathways under milder reaction conditions. Manpreet brings extensive expertise in MOF structures that regulate active sites, adsorption behavior, and catalytic performance. His earlier work bridges CO₂ capture and non-redox fixation into cyclic carbonates, offering integrated solutions for carbon recycling and sustainable chemistry. His current research aims to further enhance the applicability of functional polymeric and hybrid materials in catalysis and environmental remediation, with a particular emphasis on CO₂ fixation.

Welcome to the the CRC 133, Manpreet! We are excited to work with you.

Der Beitrag Welcome to Manpreet Singh erschien zuerst auf Collaborative Research Center 1333.

CRC 1333 will be represented by the following talks on February 25, 2026:

• 1:50 p.m. “Rational Design of Ordered Mesoporous Materials with Tunable Pore Size and Surface Acidity via Direct Liquid Crystal Templating” – Dr. Johanna Bruckner
• 2:10 p.m. “Tuning the Molecular Weight of Cyclic Polymers via Ring-Expansion Metathesis Polymerization under Confinement” – Patrick Probst
• 2:30 p.m. “Deconvoluting the convoluted: Structural Ramifications of Post Synthetic Linkage Modification in COF-366-Co Catalysts” – Samuel Van Gele

We are also proud to be a sponsor of the 37th German Zeolite Conference, supporting the exchange of knowledge in zeolite and porous materials research.

Der Beitrag CRC 1333 at the 37th German Zeolite Conference erschien zuerst auf Collaborative Research Center 1333.

The CRC 1333 was represented in several ways at this year’s Forum Wissenschaftskommunikation:

• At the Universität Stuttgart booth, connecting with conference participants.
• Through a poster and talk by Yasemin Polikar, MBA, on engaging new target groups in SciComm, featuring our exhibition “Was kann Katalyse?” as a hands-on example.
• With an interactive workshop by Samuel Van Gele, in collaboration with Juliane Braig from the theatre group Kanonenfutter and Isabella Kessel from the Landeshauptstadt Stuttgart, exploring ImprovTheatre as an innovative approach to science communication.

We left the conference inspired, energized, and full of new ideas for future projects. Many thanks to everyone who made these two days a fantastic space for learning, networking, and collaboration!

Der Beitrag CRC 1333 at Forum Wissenschaftskommunikation erschien zuerst auf Collaborative Research Center 1333.