Vivianne Deniz

Vivianne Deniz is a Lecturer at Linköping University, affiliated with the School of Physics, Electronics and Mathematics (FEM) and the Department of Science and Technology (ITN). Her research focuses on interdisciplinary areas of electrochemistry, physical chemistry, and colloid science, particularly investigating nonelectrostatic ion interactions and their effects on surface forces, electrical double layers, and nanoparticle behavior. She has contributed to studies of low salinity effects in sandstone reservoirs and anion-specific mechanisms in biological systems such as ion pumps.

Her work bridges theoretical and applied science, addressing challenges in reservoir engineering, biophysical chemistry, and nanotechnology. While no formal educational background is mentioned here, her publications indicate a deep expertise in computational modeling and experimental analysis of interfacial phenomena. Vivianne has no explicitly stated awards or grants in the provided texts, and there is no record of her advising students.

Vivianne’s research explores electrostatic and non-electrostatic forces in complex systems like oxide suspensions and two-phase finite volume environments. Key themes include the role of dynamic polarisabilities in ion interactions, corrections to existing theoretical models, and understanding specific ion effects in colloidal and membrane contexts. Though primarily a Lecturer, her scholarly contributions span from fundamental theoretical studies to applied reservoir physics and biological membrane systems.