Research in the Collinson group focuses on making and characterizing nanostructured materials and strategically modifying surfaces for chemical analysis and separation science.
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Professor Dusan Bratko develops analytical and simulation approaches to liquids, colloids and biopolymer solutions.
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Professor M. Samy El-Shall’s laboratory is studying the properties of clusters, nanoparticles and condensation nuclei for applications in nanocatalysis, gas phase polymerization, nucleation phenomena and atmospheric aerosols.
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Resonance Raman spectroscopy is used in Dr. James Terner’s laboratory to probe reaction mechanisms of biomedical interest.
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Free-label detection of bioprobes using streaming potentials in plastic microfluidic systems are being developed in Professor Julio Alvarez’s laboratory.
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Professor Nick Farrell’s research interests lie in the broad area of bioinorganic and medicinal inorganic chemistry with specific reference to platinum-based anticancer drugs.
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Research efforts in Hani El-Kaderi’s group are devoted to the design of low density and highly porous organic and inorganic polymers for use in storage, catalysis and sensing applications.
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Chemometric methods for the analysis of complex data sets are developed in Professor Sarah Rutan’s laboratory.
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Professor Scott Gronert’s laboratory is using mass spectrometry to study proteins and reaction mechanisms.
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Professor Matthew Hartman’s laboratory is developing large peptide libraries for use as drugs and biological tools.
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Computational research in Alenka Luzar’s group explores molecular and nanoscale hydration processes in natural and synthetic systems.
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The research team lead by Dr. Everett Carpenter is focused on synthesis of novel magnetic nanoparticles for electronic and biomedical applications.
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