Author name: Martin Bogner

Allan and Olena press ahead in X-ray innovation Allan Starkholm and Olena Maslyanchuk from the team of CSMB-member Eva Unger have developed a new class of hybrid materials for X-ray detection that could transform medical imaging and industrial testing. Inspired by perovskites, they focused on two bismuth-based organic-inorganic compounds: [(CH₃CH₂)₃S]₆Bi₈I₃₀ and [(CH₃CH₂)₃S]AgBiI₅. These materials, originally

Two CSMB Members Involved in Extended Clusters of Excellence Prof. Claudia Draxl, a principal investigator in the Berlin Mathematics Research Center MATH+, will continue her work as part of this interdisciplinary initiative that spans Berlin’s major universities and research institutes. MATH+ explores application-driven mathematical research, focusing on data-driven challenges in life sciences, materials science, energy

We are proud to announce that Prof. Claudia Draxl has been elected as a member of the German National Academy of Sciences Leopoldina, recognizing her exceptional contributions to solid-state theory and the application of Big Data in material science. Since joining HU Berlin as an Einstein Professor in 2011, Prof. Draxl has become a key

Dr. Kristin Klaue has been awarded the prestigious Dissertationspreis Adlershof for her groundbreaking doctoral research and engaging presentation on infrared-activated molecular switches. As part of her doctoral thesis, Dr. Kristin Klaue developed photoswitchable molecules that are activated by harmless infrared light to precisely release active ingredients and substances. This technology lays the foundation for innovative

Joint Laboratory of CSMB at Humboldt-Universität zu Berlin and Helmholtz-Zentrum Berlin presents World Record CIGS Tandem Solar Cell © G. Farias Basulto / HZB A significant breakthrough in solar cell research: Scientists from the CSMB at Humboldt-Universität zu Berlin and Helmholtz-Zentrum Berlin (HZB) have collaboratively developed a CIGS-perovskite tandem solar cell that sets a new

Wei and colleagues have revolutionized the Stöber method, originally for amorphous SiO2 colloids, by extending it to metal-organic frameworks (MOFs) and coordination polymers (CPs). Their innovative approach harnesses the slow, continuous diffusion of triethylamine (TEA) vapor to precisely control the deprotonation of organic ligands, paving the way for creating finely crafted amorphous CP spheres. Zhang-Pinna-method:

L to R: Prof. Caren Tischendorf, (Dean of the Faculty of Math. and Natural Sciences); Dr. Henry Marx (State Secretary for Science and Research); Prof. Dr. Julia von Blumenthal (President HU Berlin); Senator Dr. Ina Czyborra (Senator for Higher Education and Research); Prof. Dr. Stefan Hecht (Director CSMB); Photo: Stefan Klenke – HU Berlin We

Ahmed advanced the study of polymer conductors by using precise photoemission spectroscopy techniques to study transport at ultrahigh charge densities. An international collaboration, including CSMB scientists Prof. Dr. Norbert Koch, Dr. Ahmed Mansour, and Dr. Andreas Opitz, has made a significant breakthrough in understanding the transport physics of conducting polymers. Through their experiments, the team

Wei and colleagues have revolutionized the Stöber method, originally for amorphous SiO2 colloids, by extending it to metal-organic frameworks (MOFs) and coordination polymers (CPs). Their innovative approach harnesses the slow, continuous diffusion of triethylamine (TEA) vapor to precisely control the deprotonation of organic ligands, paving the way for creating finely crafted amorphous CP spheres. Zhang-Pinna-method: