Research Listing - College

• Till geochemistry
• Till provenance
• Till stratigraphy
• Paleogeography
• Basin analysis
• Detrital zircon provenance

Pryke is an experimental cosmologist and educator. His research currently centers on the cosmic microwave background (CMB) - the after glow from early times when the Universe was a smooth hot plasma. By studying the CMB we can learn much about the origin, contents and ultimate fate of the Universe - CMB studies are at the center of the current "golden age" of cosmology. Pryke has played a leading role in the construction and…

Yew's research/teaching interests include computer architectures and compilers targeting future generations of secure high-performance multi- and many-core systems. Areas of recent focus include enhancing system security at both the micro-architectural and source/binary-code levels, system virtualization and dynamic binary translation, leveraging machine-learning approaches to enhance compilation techniques, improving high-performance memory systems, and…

Areas of Interest

• Election security
• Emerging technologies
• AI bias detection and mitigation
• Ethical and responsible use of technology
• Covert influence on social media platforms
• Benefits of psychological first aid at all-hazards disaster sites
   

Expertise

• Information Security Management System (ISMS)…

The Odde Lab is focused on how the fundamental thermodynamics, kinetics, diffusive transport, and mechanics of the molecular components of the cell enable basic cellular functions such as migration, division, and polarization. From these studies we are seeking to then understand how these go awry in the context of diseases such as brain cancer and Alzheimer's disease, and take corrective therapeutic action.

We use an integrated modeling-experimental approach,…

• Modeling magnetic materials, specifically metal organic frameworks, in Density Functional Theory.

• Applying Machine Design to Efficient Energy Conversion, Storage, and Generation
• Fluid Power
• Kinematics
• Dynamics

Research Page | UMN Experts Page

Professor Schwartzentruber utilizes particle simulation methods to model non-equilibrium and chemically reacting gas flows. Non-equilibrium flow occurs when the mean-free-path between molecular collisions in a gas is no…

Stadler Research Group Site

My research focuses primarily on the integration of magnetic and optical materials with standard platforms to allow the development of practical devices and systems.  In photonics, this includes the integration of magnets, magneto-optical garnets waveguides, and nanostructures for magnetophotonic crystals with semiconductor platforms for isolator and sensor applications.  In…

We are a computational research group working to accelerate the discovery and design of solid-state materials of critical importance to sustainable energy technologies (batteries, photovoltaics, catalysts, ceramics, and more).

Our work lies at the intersection of quantum chemistry and machine learning, where these tools are used together to develop predictive theories for solid-state reactivity. In doing so, we can design synthetic pathways to…