AMRI Faculty
Ìý´¥Ìý´¥ÌýÌý´¥Ìý
Faculty of AMRI
Ìý
John Wiley, Ph.D.
President'sÌýResearch Professor Charles J. O'Connor Ph.D. Endowed Professor in Chemistry
Director of Advanced Materials Research InstituteÌýÌýÌýÌýÌýÌýÌýÌýÌýÌýÌý
Department of Chemistry
SC 2064/CSB218
504-280-6840 504-280-6849Ìý
Ìý Ìý Inorganic, Materials Chemistry
Ìý
Leszek Malkinski, Ph.D.
Professor of Physics & Materials Physics Department ChairÌý
Department of PhysicsÌý
SC 2009
504-280-1346
Condensed matter physics: Thin film technology, Micro-Origami, Magnetic and microwave materials, Solar cells, Multiferroic and multifunctional composites, Spintronics and Biomagnetism
Ìý
Theoretical and computational approaches to the study of liquid water, interfaces, aqueous solutions, proteins, and ion transport through various materials.
ÌýÌý
Phase development in metastable binary alloys; Characterization of automobile exhaust particulates; Materials problems related to microfabrication techniques based on x-ray lithography; NDE of composite materials; Development of Al-Sc-X alloysÌý
Nanomaterials, Nanotechnology, Fabrications
Leonard Spinu, Ph.D.
Research Professor of Physics & Materials Science (Currently on staff at NSF)Ìý
Department of Physics
SC 2007
504-280-3218
Magnetic nanoparticles, radio frequency and microwave properties of materials.
Ìý
Matthew Tarr, Ph.D.
Vice President for Research
University Director of Undergraduate Research
CSB 344
504-280-6323
Analytical, biochemistry, materials chemistry
Ìý
Research in our group focuses on 2 areas: 1) the development of novel molecular probes to explore the molecular mechanisms of psychostimulant reward; 2) the development of new methods for C-N bond formation.
Ìý
Synthesis of semiconductor nanowires for chemical sensor, biological sensor and photovoltaic applications. Nanomaterials characterization using electron microscopy.
Environmental Chemistry, Photochemistry, Nanomaterials, Aquatic Geochemistry, Analytical Chemistry
Associated Faculty of AMRI
Ìý
Paul Herrington, Ph.D.
Professor of Engineering Department of Mechanical Engineering
EN 909A
504-280-6178
Fatigue failure of composite joints, Stress concentrations in laminated plates, Reliability of laminated structures
Ìý
Professor EmeritusÌý
Ìý