Dick de Boer

Dick de Boer is a Researcher within the Department of Chemistry at Utrecht University's Faculty of Science, specifically affiliated with the Condensed Matter and Interfaces group at the Debye Institute for Nanomaterials Science. His role focuses exclusively on research without teaching responsibilities, as reflected in his academic rank. Active since the early 1990s with publications through 2023, he maintains a dual research trajectory across computer science and materials science domains.

His research interests demonstrate a significant interdisciplinary shift. Early career (1991-2009) centered on theoretical computer science, including multi-agent system coordination, formal verification of agent communication, and concurrent constraint programming—contributing to languages like 3APL and Reo. Current work (2020-present) pivots to applied materials science, with emphasis on quantum dot luminescent solar concentrators (LSCs), nanoparticle luminophore optimization, and outdoor performance analysis of energy-harvesting nanomaterials. Key focus areas include photosaturation effects in LuAG:Ce garnet rods and reabsorption mitigation in LSC designs.

Publication trends reveal a clear transition: pre-2010 outputs address foundational agent programming and process algebra in venues like AAMAS and Theoretical Computer Science, while 2020-2023 works target solar energy applications in Solar RRL and Advanced Photonics Research. Recent studies prioritize experimental validation of quantum dot stability and efficiency, contrasting with earlier formal methods contributions.

Scientific Awards

• No awards, fellowships, or medals are documented in available sources.

Advising and Grants

• No doctoral or master's students are listed in publications or profile data.
• Research funding sources are not referenced in provided texts.

Labs and Teams

De Boer operates within Utrecht University's Condensed Matter and Interfaces (CMI) research group at the Debye Institute for Nanomaterials Science. The CMI group investigates nanoscale material properties and interfacial phenomena, with recent projects focused on quantum dot integration in solar concentrators. Collaborations span chemistry (e.g., de Mello Donega), physics (e.g., Vanmaekelbergh), and engineering teams (e.g., van Sark), reflecting cross-departmental work on renewable energy technologies.