Andrew Jackson

Andrew Jackson serves as a Visiting Research Fellow in Physical Chemistry at Lund University, Sweden. His research spans interdisciplinary fields with significant contributions to materials science, biochemistry, and physical chemistry.

• Position: Visiting Research Fellow
• Department: Physical Chemistry
• Contact: +46462224504, +46721792015
• Email: andrew.jackson@fkem1.lu.se

Dr. Jackson's research expertise centers on solvent chemistry with particular emphasis on deep eutectic solvents, micelle formation, protein-solvent interactions, and self-assembly processes. His fingerprint analysis reveals significant contributions across multiple domains: Solvent (100% Material Science), Deep Eutectic Solvent (83% Material Science), Micelle (83% Material Science), Surface Active Agent (59% Material Science), Self Assembly (54% Material Science), Protein (52% Biochemistry), Choline Chloride (43% Chemistry), and Amphiphile (38% Material Science). His work directly contributes to several UN Sustainable Development Goals related to environmental sustainability and green chemistry.

Analysis of his recent publications (2021-2024) reveals a clear research trajectory focused on understanding molecular interactions in novel solvent systems, particularly deep eutectic solvents. His work bridges fundamental physical chemistry with practical applications in protein science and materials engineering. The publications show increasing citation impact, with his 2021 paper on electrostatic colloidal interactions in deep eutectic solvents receiving 48 citation indexes.

Dr. Jackson maintains an active international research network with collaborations spanning multiple countries. His co-authorship on the HighNESS conceptual design report demonstrates his involvement in large-scale international scientific projects involving over 30 researchers from diverse institutions.

His research has garnered attention beyond academic circles, with mentions in policy documents (referenced in 3 policy sources), news outlets (picked up by 1 news outlet), and social media platforms (mentioned by numerous X users). This indicates the practical relevance and broader impact of his work in physical chemistry and materials science.