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implementation of WP3: Leading the study of the degradation of Bulk Heterojunctions (BHJs) and evaluating the long-term stability of organic solar cells (OSCs) (Tasks 3.1 and 3.2 of the DoA). 01/10/2026
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, for example, at electrode/electrolyte interfaces in organic batteries, where ion transport governs charging and discharging, and at interfaces in solar cells, where ion migration through structural
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Sciences and Enabling Technologies Group: Organic Eletronics Working Objectives: The work plan will address the design, synthesis, characterization, and integration into solar cells of photoactive organic
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operational stability, and facilitate scalable organic solar cells and modules. This PhD project focuses specifically on the design and development of AIE-active molecular materials for next
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transition metals or rare earths, such as g-C₃N₄ and related materials, with analysis of optical properties and exciton dynamics, in order to identify new classes of materials for solar hydrogen
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on candidate interests and expertise. Examples of applications and materials of recent interest are: 2D materials, organic inorganic perovskites solar cells, plasmonic and polaritonics nanostructures
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has a broad scope of interests encompassing research on metal/semiconductors, nano-materials, organic molecular and silicon-based solar cells, (see https://www.kau.se/en/physics/research/materials
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How can we accelerate the discovery of next-generation materials — from porous architectures for CO₂ capture to photoactive systems for sustainable solar-energy conversion and unprecedented
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porous architectures for CO₂ capture to photoactive systems for sustainable solar-energy conversion and unprecedented photomedicines? In this project, you will build a self-driving laboratory