🎓 Chemistry PhDs

Explore transition metal catalysis by synthesizing nickel and copper precatalysts and studying reactive intermediates. Advance fundamental knowledge of catalytic mechanisms and improve catalytic efficiency.

This research advances sustainable chemical synthesis by providing new catalytic methods enabling selective transformations and improved re…

Explore AI and physics-based methods to predict and design materials for extreme environments. Conduct experimental and computational research on material failure, additive manufacturing, and electrochemical techniques …

This research addresses critical challenges in developing durable materials for extreme aerospace, space, and nuclear environments. It also…

Explore two PhD projects developing adaptive synthetic cells and intelligent polymer materials. Join an interdisciplinary team in Mainz to innovate materials that learn and respond like living systems.

This research advances the design of adaptive, intelligent materials with the capability to process information and respond autonomously, w…

Explore sustainable organic synthesis using Earth-abundant metal photocatalysts under visible light. Develop new green chemical methodologies in a state-of-the-art research group at University of Murcia. Advance photoca…

This research contributes to global sustainability challenges by creating greener, more eco-friendly chemical processes that reduce the rel…

Explore how interfacial layers in lithium-ion batteries affect their performance and stability. Use cutting-edge techniques like FIB-SEM alongside electrochemical testing to innovate safer, cost-effective battery techno…

This research addresses key challenges in lithium-ion battery technology by optimizing protective coatings and formation protocols, which c…

Explore advanced peptide formulation at Radboud University using automation and data science. Join pioneering efforts to design functional peptide systems for biomedical and material science applications.

This research will advance the understanding and application of peptide-based systems with potential to revolutionize therapeutic delivery …

Explore the ion transport and failure modes in battery electrolytes using advanced NMR and electrochemical techniques. Develop next-generation batteries with improved safety and performance in cold and extreme environme…

This research addresses critical challenges in battery performance and safety, enabling the design of electrolytes that allow faster chargi…

Explore the development of novel inhibitors targeting coagulation factors XIa and XIIa to create safer cardiovascular therapies. Combine advanced synthetic chemistry and biochemical evaluation in a cutting-edge research…

Cardiovascular diseases such as thrombosis present major global health challenges due to high mortality and complications from existing tre…

Investigate advanced melamine-based polymer-metal composites for CO2 capture and catalytic hydrogenation to methanol and higher alcohols. Collaborate internationally to develop scalable, cost-effective reactive capture …

This research advances sustainable carbon capture and utilization technologies, addressing climate change by converting CO2 into valuable f…

Explore microwave-driven catalytic processes to convert waste carbon resources into sustainable solvents. Investigate catalyst performance and process optimization in a multidisciplinary project with industrial collabor…

This research develops sustainable, circular production routes for pharmaceutical solvents, reducing reliance on fossil-derived solvents an…

Explore developing precious metal-free bismuth-based scaffolds for catalyzing ammonia activation under Dr Daniela Bezuidenhout's supervision at Maynooth University. Synthesize and characterize novel compounds to advance…

This research targets sustainable catalytic activation of ammonia, a key molecule in green energy and chemical industry. By designing preci…

Develop models to predict charge transport and thermoelectric behavior in molecular junctions. Explore nanoscale thermoelectrics for waste heat recovery. Collaborate internationally to bridge molecular design and device…

This research aims to enable rational design of molecular electronic devices, improving nanoscale energy harvesting technologies such as mo…