We are a research group in the Department of Chemistry and Theoretical Chemistry Institute at UW-Madison. We develop and apply a multitude of theoretical and computational methods to tackle some of the most challenging and exciting problems in molecular biophysics. We collaborate with many research groups both on and off the UW-campus. Feel free to explore
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Our research focuses on the area of supramolecular chemistry: the study and application of non-covalent interactions. These interactions include hydrogen bonding, aromatic stacking and other electrostatic attractions and repulsions. We are currently employing these concepts of molecular recognition to explore a wide range of important questions in areas of biology to materials chemistry.
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Dr. Hase’s research group simulates the dynamics of molecular motion and chemical reaction at an atomistic, microscopic level. Classical, semi-classical, and quantum mechanical simulations are performed. The simulation results are used to compare with experiments and to test and develop theoretical models of molecular motion and chemical reactivity. Computer graphics are used to animate and
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The research interest of Son’s group is experimental investigation of the photophysical, optical, electronic and structural properties of various inorganic and organic nanostructures using spectroscopic and microscopic tools in combination with computational approach. We are also interested in applying the fundamental understanding of the interesting phenomena found in these materials in photonics and photocatalysis. Research
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Our research team blends creative organic synthesis with nanostructured materials science and self-assembly principles, to produce exotic materials with unique physical or biomimetic function. Nanomaterials with size-tunable optical or magnetic properties can be transformed into chemical sensors, nanoscale photonic and magnetic devices, or multifunctional probes or agents which interface with living systems. Chemical and physical
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Professor D Balasubramanian joined LVPEI’s Prof Brien Holden Eye Research Centre after an illustrious scientific career, which included positions such as Director, Centre for Cellular and Molecular Biology, and Professor and Dean, University of Hyderabad. He was honoured by the Government of India with the Padma Shri in 2002, and has received several other awards
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My research is focused on the intersection of organic chemistry and materials science with emphasis on the synthesis and understanding of organic materials with well-controlled electronic and optical properties. Our overarching philosophy is the exploration of the relationships between chemical structure and resulting properties so as to facilitate discovery of new materials for organic solar
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We are broadly interested in the design, synthesis and evaluation of new types of molecules intended to display interesting structures and useful functions. In addition, we seek to understand how proteins, the most diverse class of biomolecules, perform their natural functions. Our efforts require a wide range of experimental tools, including asymmetric organic synthesis, polymer
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The central theme of research in my laboratory is the rational design of new methods and catalysts for use in organic synthesis. As well as using traditional screening and development approaches, we employ several novel computational tools for the discovery and optimization of new reagents and catalysts. These new synthetic methods comprise the key steps
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