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Building functional nanostructures for clean energy technology through organic chemistry.

We develop green chemistry & chemical functionalization of conjugated polymers and explore photo- and electroactive stimuli-responsive hybrid materials.

We combine nanomaterials self-assembly and catalysis to enable more sustainable production of food, chemicals, and materials.

We are interested in protein misfolding, amyloid formation and disease, both on the molecular level and in the cellular perspective.

Next-2Digits develops integration technologies for 2D materials in photonic and optoelectronic circuits. The project enhances performance and cost-efficiency in optical sensors while boosting European innovation through scalable manufacturing.

New technology reveals hidden greenhouse gas emissions from wastewater treatment plants. The research shows 90% of emissions are missed in standard measurements. This project aims to identify effective ways to reduce emissions.

The project develops new methods to improve the validation of greenhouse gas models and assessments. The focus is on creating cost-effective, mobile, and high-resolution methods for measuring greenhouse gas fluxes and land use.

The project examines how declining sulfate deposition affects methane cycling in lakes, focusing on how sulfate reduction shifts microbial communities and impacts methane emissions through methanogenesis and methane oxidation.

At Laboratory of Organic Electronics, LOE, we explore electronic and optical properties of organic materials and organic-inorganic hybrid systems.

We develop new concepts in Polymer Chemistry, Organic Chemistry, and Biopolymer Chemistry to solve Sustainable and Functional Materials Synthesis challenges.