Congratulations to Adrian Saal on successfully defending his doctoral dissertation on the topic "1,2,4-Benzotriazinyl radicals - Synthesis and application in organic battery systems"!🎉🎓
Wishing you every success and fulfillment in your future career🎉
Wishing you every success and fulfillment in your future career🎉
📸 What a Special day it was at the CEEC chemistry laboratories! We had the pleasure of hosting at the Scubert Group’ facilities a class reunion, a group of 10 former engineering students celebrating their 55th anniversary since earning their degrees.
A big shoutout to Dr. Christian Stolze, who guided them throughout the tour, showcasing the cutting-edge research we performed in our varied laboratories. From innovative experiments to advanced equipment, the visitors were fascinated by the advancements in the field of chemistry.
To all our followers, we hope this visit serves as a reminder of the endless possibilities and opportunities that lie ahead. Stay curious, keep pursuing your passions, and let your thirst for knowledge lead you to incredible heights! ✨
A big shoutout to Dr. Christian Stolze, who guided them throughout the tour, showcasing the cutting-edge research we performed in our varied laboratories. From innovative experiments to advanced equipment, the visitors were fascinated by the advancements in the field of chemistry.
To all our followers, we hope this visit serves as a reminder of the endless possibilities and opportunities that lie ahead. Stay curious, keep pursuing your passions, and let your thirst for knowledge lead you to incredible heights! ✨
🔥NEW INSTITUTE IS COMING TO JENA
👉More info here: https://www.uni-jena.de/en/230621-hipole
Friedrich Schiller University Jena and the Helmholtz-Zentrum Berlin (Helmholtz Centre for Materials and Energy, HZB) will jointly establish the "Helmholtz Institute for Polymers in Energy Applications" (HIPOLE) on 1 July 2023. The aim of HIPOLE is to develop sustainable polymer materials for energy technologies that can be rapidly brought into application, in particular polymer-based batteries and perovskite solar cells with polymer additives. HIPOLE will be funded with up to 5.5 million euros per year by the Federal Ministry of Education and Research (BMBF, 90%) and the Free State of Thuringia (10%). In the start-up phase until 2028, the Free State of Thuringia will additionally fund the new institute with more than ten million euros and take over the financing of the construction costs for the laboratories and offices.
👉More info here: https://www.uni-jena.de/en/230621-hipole
Friedrich Schiller University Jena and the Helmholtz-Zentrum Berlin (Helmholtz Centre for Materials and Energy, HZB) will jointly establish the "Helmholtz Institute for Polymers in Energy Applications" (HIPOLE) on 1 July 2023. The aim of HIPOLE is to develop sustainable polymer materials for energy technologies that can be rapidly brought into application, in particular polymer-based batteries and perovskite solar cells with polymer additives. HIPOLE will be funded with up to 5.5 million euros per year by the Federal Ministry of Education and Research (BMBF, 90%) and the Free State of Thuringia (10%). In the start-up phase until 2028, the Free State of Thuringia will additionally fund the new institute with more than ten million euros and take over the financing of the construction costs for the laboratories and offices.
Article by Michael Ringleb, Timo Schuett, Stefan Zechel and Ulrich S. Schubert
We are glad to announce that from now you can check our new article on Best practice for sampling in automated parallel synthesizers!
Read here👉 https://pubs.rsc.org/en/content/articlehtml/2023/dd/d3dd00074e
We are glad to announce that from now you can check our new article on Best practice for sampling in automated parallel synthesizers!
Read here👉 https://pubs.rsc.org/en/content/articlehtml/2023/dd/d3dd00074e
Future of chemistry - what will it look like?
Researchers in our group give their overview of the new technologies and the application fields.
Check out the new article to stay tuned:
“Application of Digital Methods in Polymer Science and Engineering” by Timo Schuett, Patrick Endres, Tobias Standau, Stefan Zechel, Rodrigo Q. Albuquerque, Christian Brütting, Holger Ruckdäschel, Ulrich S. Schubert
Researchers in our group give their overview of the new technologies and the application fields.
Check out the new article to stay tuned:
“Application of Digital Methods in Polymer Science and Engineering” by Timo Schuett, Patrick Endres, Tobias Standau, Stefan Zechel, Rodrigo Q. Albuquerque, Christian Brütting, Holger Ruckdäschel, Ulrich S. Schubert
Wiley Online Library
Application of Digital Methods in Polymer Science and Engineering
Advanced Functional Materials, part of the prestigious Advanced portfolio and a top-tier materials science journal, publishes outstanding research across the field.
HYDROGEN: Research Into Sustainable Energy Storage
Hydrogen is considered the energy source of the future. It can be produced in a climate-neutral way and used without emitting pollutants. It also makes surplus wind and solar power storable and transportable. To make hydrogen usable on a large scale, scientists at the Center for Energy and Environmental Chemistry in Jena are researching new technologies.
Prof. Ulrich S. Schubert and Dr. Jacob Schneidewind explained this to Jena TV.
Further information and the video can be found here 👇
https://www.jenatv.de/mediathek/76425/Wasserstoff_Forschung_an_nachhaltigen_Energiespeichern.html
Hydrogen is considered the energy source of the future. It can be produced in a climate-neutral way and used without emitting pollutants. It also makes surplus wind and solar power storable and transportable. To make hydrogen usable on a large scale, scientists at the Center for Energy and Environmental Chemistry in Jena are researching new technologies.
Prof. Ulrich S. Schubert and Dr. Jacob Schneidewind explained this to Jena TV.
Further information and the video can be found here 👇
https://www.jenatv.de/mediathek/76425/Wasserstoff_Forschung_an_nachhaltigen_Energiespeichern.html
Jena TV - Sehen, was bewegt.
Wasserstoff – Forschung an nachhaltigen Energiespeichern
Wasserstoff gilt als Energieträger der Zukunft. Er kann klimaneutral hergestellt und ohne Schadstoffausstoß verwendet werden. Außerdem macht er Überschüsse aus Wind- und Solarstrom lager- und transportfähig. Damit Wasserstoff in großem Stil nutzbar wird,…
NGP Polymers GmbH Wins Silver at IQ Innovation Award Central Germany 2024 🎉
Jena-based NGP Polymers GmbH, a spin-off from the Friedrich Schiller University Jena (Chair of Prof. Dr. Ulrich S. Schubert), has secured the silver award in the Chemistry/Plastics cluster at the prestigious IQ Innovation Award Central Germany 2024. Managing Director Dr. Stephanie Schubert received the accolade on behalf of the company.
The award recognizes NGP Polymers' groundbreaking work in developing innovative pharmaceutical polymers. This technology promises to position Jena as a global hub for pharmaceuticals once again, enabling the creation of new mRNA-based drugs and advanced antibiotics.💊
More information about NGP Polymers GmbH👇
https://ngp-polymers.de/
Jena-based NGP Polymers GmbH, a spin-off from the Friedrich Schiller University Jena (Chair of Prof. Dr. Ulrich S. Schubert), has secured the silver award in the Chemistry/Plastics cluster at the prestigious IQ Innovation Award Central Germany 2024. Managing Director Dr. Stephanie Schubert received the accolade on behalf of the company.
The award recognizes NGP Polymers' groundbreaking work in developing innovative pharmaceutical polymers. This technology promises to position Jena as a global hub for pharmaceuticals once again, enabling the creation of new mRNA-based drugs and advanced antibiotics.💊
More information about NGP Polymers GmbH👇
https://ngp-polymers.de/
NGP Polymers GmbH
Next Generation Pharma - NGP Polymers GmbH
Die Herstellung neuer Pharmapolymere für die Entwicklung von Medikamenten ist das erklärte Ziel der „Next Generation Pharma Polymers“ - NGP Polymers GmbH.
📢 Seminar Highlight: ChemChat | LLM-Powered Conversational Assistant for Material Science and Data Visualization 🧪💬
On 04.07.2024, we had the pleasure of hosting an insightful seminar at the Lecture Hall of ZAF, where Dr. Tim Erdmann presented ChemChat, a groundbreaking web application. ChemChat is a conversational assistant designed to revolutionize the field of material science and data visualization.
🌟 Seminar Title: ChemChat | LLM-Powered Conversational Assistant for Material Science and Data Visualization
🔍 Abstract: Dr. Erdmann discussed the limitations of existing AI tools in computational chemistry and introduced ChemChat, a user-friendly application powered by non-GPT/OpenAI large-language models. This innovative tool integrates cheminformatics resources and expert-developed AI models like PubChem, CIRCA, RDKit, GT4SD, RXN, and MolFormer. ChemChat assists chemists with molecule investigation, retrosynthesis, data visualization, and literature research, bridging the gap between complex AI models and practical scientific workflows.
👨🔬 About the Speaker: Dr. Tim Erdmann holds a PhD in Polymer Chemistry from TU Dresden/CFAED and has been with IBM Research since 2017. He leads the ChemChat project, focusing on developing AI-powered tools for material science. His journey from polymer chemistry to programming highlights his dedication to advancing scientific discovery through innovative technology.
🗣 Key Highlights:
• Integration of existing cheminformatics tools with LLM-powered conversational interface.
• Application capabilities: molecule investigation, property prediction, retrosynthesis, data visualization, and more.
• Demonstration of ChemChat's use-case specific capabilities and architecture.
Thank you, Dr. Erdmann, for an enlightening presentation and for showcasing the future of AI in material science! 🌐✨
More information👉 https://www.schubert-group.uni-jena.de/en/1782/seminar-recap-unveiling-chemchat-an-llm-powered-conversational-assistant-for-material-science-and-data-visualization
On 04.07.2024, we had the pleasure of hosting an insightful seminar at the Lecture Hall of ZAF, where Dr. Tim Erdmann presented ChemChat, a groundbreaking web application. ChemChat is a conversational assistant designed to revolutionize the field of material science and data visualization.
🌟 Seminar Title: ChemChat | LLM-Powered Conversational Assistant for Material Science and Data Visualization
🔍 Abstract: Dr. Erdmann discussed the limitations of existing AI tools in computational chemistry and introduced ChemChat, a user-friendly application powered by non-GPT/OpenAI large-language models. This innovative tool integrates cheminformatics resources and expert-developed AI models like PubChem, CIRCA, RDKit, GT4SD, RXN, and MolFormer. ChemChat assists chemists with molecule investigation, retrosynthesis, data visualization, and literature research, bridging the gap between complex AI models and practical scientific workflows.
👨🔬 About the Speaker: Dr. Tim Erdmann holds a PhD in Polymer Chemistry from TU Dresden/CFAED and has been with IBM Research since 2017. He leads the ChemChat project, focusing on developing AI-powered tools for material science. His journey from polymer chemistry to programming highlights his dedication to advancing scientific discovery through innovative technology.
🗣 Key Highlights:
• Integration of existing cheminformatics tools with LLM-powered conversational interface.
• Application capabilities: molecule investigation, property prediction, retrosynthesis, data visualization, and more.
• Demonstration of ChemChat's use-case specific capabilities and architecture.
Thank you, Dr. Erdmann, for an enlightening presentation and for showcasing the future of AI in material science! 🌐✨
More information👉 https://www.schubert-group.uni-jena.de/en/1782/seminar-recap-unveiling-chemchat-an-llm-powered-conversational-assistant-for-material-science-and-data-visualization