Research Listing - College

Methodologies: Stochastic Programming, Nonlinear Optimization, Integer Programming
Applications: Power Systems and Building Energy, Healthcare Systems, Shared Mobility

Zhaosong Lu's research interest areas include theory and algorithms for continuous optimization, as well as applications in data analytics, machine learning, statistics, etc.

Materials in high speed flight, armor protection, and energy applications are subjected to extreme pressures, strain rates, and temperatures. Professor Ravi’s research aims to understand the multiscale mechanics of materials under such extreme loading conditions by developing new experiments and utilizing advanced computational tools. Ravi uses plate impact, laser-driven impact, and Kolsky bar experiments with diagnostic tools such as ultra-high-speed imaging, X-ray diffraction, photonic…

Polymer Chemistry

Nanoscience & Materials Chemistry

Organic Chemistry

Environmental & Green Chemistry

Energy & Catalysis

Research Page

The Hillmyer research group focuses on the design, synthesis, characterization, and applications of advanced macromolecular materials. We strive to establish structure-property relationships and to discover and develop technologically important applications of…

UMN Experts Page

Professor Gebre-Egziabher's area of research is in navigation, guidance and control of aerospace vehicles. A particular focus of his research is the application of estimation theory to the development of algorithms and design methodologies to optimally fuse the information from multiple sensors and systems. One of the challenges encountered when dealing with…

• Partial differential equations: second and higher order elliptic differential equations and systems in non-smooth media, boundary value problems, regularity, potential theory, spectral theory, wave propagation and localization of the eigenmodes in rough domains, free boundary problems, harmonic/elliptic measure
• Analysis: harmonic analysis, singular integral operators, maximal functions, function spaces, wavelet and atomic decompositions,…

Haupt Research Group Site

My research interests generally include statistical signal processing and learning theory, compressed sensing, and adaptive sampling techniques, with applications in communications, remote sensing, data science, and medical imaging.

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My primary areas of research are the business, social, and cultural and intellectual history of computing. I am also a highly experienced science and technology oral history specialist.

My current research includes a history of computer security book I am currently writing under contract with MIT Press. I also have deep interest in political economy, and societal implications of computing structuring and use. With this, I am especially interested in user experiences, power imbalances…

Our research is focused on smectic liquid crystal systems, mainly chiral antiferroelectric liquid crystal compounds and their mixtures. Liquid crystals are systems that have symmetries intermediate between the crystalline solid and the isotropic liquid. Thus they are often called "Partially ordered systems".

"Smectic" comes from the Greek word "σμηγμα", which means soap. Indeed smectic liquid crystals have layered structure just like soap solution. 

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Wang is the principal investigator at the Nano Magnetism and Quantum Spintronics Lab, which works in the research area of nanomagnetism and quantum spintronics with a focus on searching, investigating and fabricating novel nanomagnetic materials and quantum spintronic devices for future information technologies (spintronic computing and storage) and emerging nano biomedical technologies (personalized magnetic medical devices and magnetic hyperthermia for drug delivery and therapy).

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