Our research focuses on developing an advanced understanding of chemo-morphological coupling in materials at gas-solid, gas-liquid-solid, and liquid-solid interfaces for applications related to the earth, energy, and the environment. Key research themes include Gas transport, recovery and storage, Chemical and morphological tuning of material...
Achieving the sustainable interconversion of chemical and electrical energy is a defining challenge of our time. To accomplish this vision, we will develop creative new approaches for tuning molecular interactions to control ion transport and electron transfer at interfaces. Our overarching goal is to pursue fundamental breakthroughs that promise ...
Benedikt Geiger started his career at UW-Madison in February 2019 and is involved in the physics exploitation of the HSX stellarator experiment. His research interests are the experimental investigation of turbulent particle and heat transport in present day devices with the aim to devellop new turbulence-optimized stellarator experiments.
email@example.com, (608) 262-3386
Our research focuses on connecting macro-scale environmental problems with the causative micro- and molecular-scale mechanisms. A large portion of this research has been devoted to determining reactions controlling the fate of the metal(loid) ions chromium, technetium, uranium, and arsenic, and of nutrients/contaminants, such as carbon, nitrate a...
firstname.lastname@example.org, (608) 262-0768
Vilas Distinguished Professor
Biomaterials (e.g., multifunctional drug nanocarriers, theranostic nanomedicines, and tissue engineering scaffolds), and functional devices (e.g., flexible electronics, supercapacitors, nanogenerators, and sensors)., Prof. Gong's lab currently has openings for graduate students/postdocs/visiting scholars/exchange students with a st...
email@example.com, (608) 316-4311
Vilas Distinguished Achievement Professor and Harvey D. Spangler Professor
Fluid dynamics, Locomotion of microorganisms, Blood flow at the cellular level, Dynamics of mechanically and geometrically complex objects suspended in a flowing fluid, Polymer, surfactant and suspension rhology, Turbulent shear flows; drag reduction by polymer and surfactant additives, Applicatons of nonlinear dynamics and machine learning in fluid dy...
firstname.lastname@example.org, (608) 265-3780
Control of microgrids and power systems dominated by power electronics (i.e., low and no inertia systems), Grid-forming control of converter-interfaced renewable generation and energy storage devices, Grid-forming control of power converters subject to constraints (e.g., current limits), Distributed control and optimization of complex networked systems...
email@example.com, (608) 263-3106
Emeritus Research Professor
Integration of decision, change and information theory to develop, test and disseminate information technology to improve health and to use the research results to develop tools to support organizational problem solving and change
firstname.lastname@example.org, (608) 263-4882