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Ray Vanderby, Jr. |
interfacial phenomena -- colloid chemistry -- soft materials -- biotechnology -- nano-scale science and engineering -- polymers, liquid crystals and surfactants
Materials Chemistry Program, Materials Research Science and Engineering Center, University of Wisconsin Comprehensive Cancer Center
materials for nuclear energy system -- fission reactors -- nuclear fuels -- energy policy -- sustainability of nuclear energy
Nuclear Engineering and Engineering Physics, Wisconsin Institute of Nuclear Systems
ceramic membranes -- microporous ceramic materials -- colloidal thin-film ceramics -- colloid chemistry -- catalysis, gas and liquid ceramic membrane separation processes -- adsorption in aqueous systems -- photocatalysis -- photoelectrochemistry -- batteries -- ultra-capacitors -- fuel cells
Carbon nanostructures: carbon nanotubes, graphene nanoribbons -- Organic electronics and optoelectronics: photovoltaic solar cells (OPVs), organic light emitting diodes (OLEDs) -- Inorganic-organic hybrid composite electronic materials -- Materials for alternative energy -- Nanostructured energy storage -- Semiconductor electronics, nanoelectronics
structure-property relationships for solid-solid interfaces -- solid-solid interfaces -- crystal defect microstructures -- microstructure in films and engineered substrates of/for GaN and other compound semiconductors -- applications of electron microscopy in materials research
Materials Research Science and Engineering Center, Materials Science Center
Our goal is a holistic approach to understanding cell behavior that integrates in vitro cellular scale engineering to recapitulate important in vivo microenvironmental characteristics in ways that provide biological insights and can be easily assimilated by biologists.
Biomedical Engineering Center for Translational Research, Biotechnology Training Program, Chemistry-Biology Interface Training Program, Computation and Informatics in Biology and Medicine, University of Wisconsin Comprehensive Cancer Center
Electro-mechanical structures on the micro- and nanoscale (NEMS & MEMS) -- Single electron, single spin circuits and devices -- Information processing in quantum and biofunctionalized circuits
Genome Center, Materials Science Center
electromagnetic field interactions with materials -- microwave and RF processing of materials (e.g., ceramics, semiconductors); see Using microwaves to speed materials processing, UW-Madison College of Engineering Annual Report, 2000. -- rapid thermal annealing of silicon and wafer bonding -- microwave vacuum electronics (especially linearity and understanding mechanisms of nonlinear distortions) -- micromachined terahertz vacuum electronic devices -- innovative teaching methods, especially for electromagnetics -- computer visualization for teaching electromagnetics
Center for Plasma-Aided Manufacturing
high-power,coherent semiconductor diode lasers -- semiconductor lasers based on active photonic crystals -- intersubband-transition, quantum-confinement emitters
Reed Center for Photonics
Biotechnology: DNA synthesis, DNA microarrays, oligomer synthesis, synthetic biology, DNA arrays, stem cells, and gene synthesis -- Nanotechnology: nanostructure fabrications, processing, and patterning -- Lithography: Optical lithography, electron beam lithography, extreme ultraviolet lithography, modeling, masks, and imaging -- Optics: Modeling, design, analysis, systems and components, lithography, and imaging theory -- Semiconductors: Fabrication, process modeling, and process design -- X-rays: Optics, modeling, synchrotron radiation, applications to imaging, microscopy, lithography, and spectroscopy
Center for NanoTechnology, Genome Center
Vascular remodeling in systemic and pulmonary hypertension -- Pulmonary vascular resistance and impedance -- Ventricular-vascular coupling -- Cardiovascular tissue engineering
Biomedical Engineering Center for Translational Research
Professor
structural engineering -- wood structures -- timber structures -- concrete materials
Construction Engineering and Management Program, Wisconsin Structures and Materials Testing Laboratory
experimental mechanics of materials -- plasticity -- fracture mechanics -- characterization of materials such as shape memory alloys, metallic single crystals, and biomaterials
Engineering Mechanics, Materials Research Science and Engineering Center, Materials and Mechanics Research Group, Nanoscale Science and Engineering Center
continuum mechanics analyses of behavior of modern materials -- nonlinear fracture mechanics of ductile materials (single- and poly-crystalline) and interfaces -- nonlocal constitutive models of composite materials -- dynamic fragmentation -- nanoscale fracture -- nanoscale shape-memory alloys -- discontinuities and shock waves in solids -- applied mathematics
Center for Mathematical Sciences, Engineering Mechanics, Mechanics and Materials Research Group
Hetroepitaxy of complex oxide thin films and heterostructures -- Nanostructure fabrications of novel materials
Nanoscience -- Semiconductor Nanostructures -- Quantum Computation -- Carbon Nanotubes -- Atomic Force Microscopy -- Electric Force Microscopy -- SPM Imaging of Viruses
Materials Research Science and Engineering Center
X-ray diffraction, microscopy, and optics, x-ray probes for ultrafast dynamics, micro-and-nanoscale properties of magnetic materials, magnetism, domains and switching in ferroelectric materials, single-monolayer scale organic electronics
Materials Research Science and Engineering Center
polymer processing -- rheology -- non-linear viscoelasticity -- plastic pipe extrusion -- thermoforming -- rheological property measurements -- die lip build-up and melt fracture in extrusion -- die lines in plastics extrusion -- extrusion coating (wire, cable, sheet) -- cheese rheology and meltability -- dough rheology -- cellulose fiber filled plastics
Center for Dairy Research, Engineering Mechanics, Manufacturing Systems Engineering Program, Polymer Engineering Center, Rheology Research Center
Polymer Synthesis and Characterization -- Electro-optic and Photonic Materials -- Photonic Devices -- Self-assembly of Block Copolymers -- Liquid Crystalline Polymers
physical and chemical propertes of molecular-based materials -- molecular electronics -- nanoscale assembly techniques for molecular systems -- chemical and structural characterization of surfaces -- interfaces between inorganic materials and organic/biological materials
synthesis -- characterization and application of electrical ceramics -- solid electrolytes -- high-temperature oxide superconductors
plasma processing -- computational modeling -- semiconductors
Center for Plasma-Aided Manufacturing
MicroElectroMechanical Systems -- Microsensors and microactuators -- BioMEMS and micro-optics -- Microfluidics -- Lab on chips -- Biomimetics and bioinspiration
Biomedical Engineering Center for Translational Research, Wisconsin Center for Applied Microelectronics
Nanomanufacturing -- Electric Field and Laser Tweezer Manipulation of Nanoscale Objects -- Directed Self-Assembly -- Atomic Force Microscopy
colloid science -- suspension rheology -- electromagnetic phenomena in materials
Rheology Research Center
Simulation of electronic and optoelectronic semiconductor devices -- Nanowire thermoelectrics. Heat transport on the nanoscale -- Decoherence and relaxation in nanostructures; transient and high-frequency response -- Transport in curved 2D electron systems -- Solid-state-based quantum information processing
Materials Research Science and Engineering Center
Materials Processing and Transport Phenomena, including: Welding, Casting, and Crystal Growth of Semiconductors and Metals.
solid-state materials synthesis and characterization -- electronic and semiconductor materials -- materials integration -- nanostructure formation
Materials Research Science and Engineering Center, Wisconsin Center for Applied Microelectronics
Nanoscale properties of surfaces, interfaces, thin films, and dimensionally confined structures -- Atom-scale mechanisms of film growth: Group IV semiconductors, nano-strain engineering, silicon nanomembranes -- relationship of nanostructure to localized electronic and optoelectronic properties, quantum dots -- Development of advanced instrumentation for growth and surface and interface studies, in particular diffraction, imaging, and scanned-probe microscopies -- Bioarrays and biomolecular surface modification
Laboratory for Thin-Film Deposition, Materials Research Science and Engineering Center
Viscoelasticity, Fibrous composites, cellular solids, biomaterials; bone and ligament; Cosserat solids.., development of novel foams including materials with a negative Poisson's ratio, called anti-rubber, auxetic, or dilational. Follow-on work Holographic and other optical experimental methods.. .. . .
Biomedical Engineering Center for Translational Research, Engineering Mechanics, Mechanics and Materials Research Group, Rheology Research Center
musculoskeletal tissue engineering -- stem cell-based regenerative medicine -- nanostructural biomaterial
Orthopedics and Rehabilitation
Micro/Nano-Scale Enabled Manufacturing Systems (e.g. distributed micro/nano sensors/actuators to achieve significantly enhanced process understanding, monitoring, and adaptive control at micro/nano-scale for Precision Manufactruing), Ultrasonic Cavitation Based Nano-elements Dispersion for Solidification Processing of Light Metals (Mg, Al, and Ti) Nanocomposites for High Energy Efficiency (e.g. processing/nanostrcutures/properties, including physics of nanopaticle dispersion , metallurgy, mechanical properties, process control and optimization, nanoscale interface, nanomechanics and strengthening mechanisms), and laser materials processing (e.g. laser micropolishing, laser micromachining, micro/nano-sensors for thermomecanical study)
Manufacturing Systems Engineering Program
Biomaterials and biotechnology -- Functional materials -- Polymer synthesis -- Gene and drug delivery -- Controlled release -- Parallel synthesis and screening
Biotechnology Training Program, Materials Research Science and Engineering Center
Fast/RF flexible electronics, high-speed thin film transistors, MMIC circuits transferrable to flexible or other foreign substrates for radar and communications, hybrid integration of organic and inorganic flexible electronics -- SiGe HBT and RF CMOS device physics and applications in high frequency/mm-wave power amplification -- Single-crystal and polycrystalline semiconductor nanomembrane physics and applications, including displays, flexible solar cells, energy conversion, environment protection, imaging, information storage, lighting, sensing, health care and bio devices -- Si nanophotonics, high-speed multispectral imaging -- CMOS-compatible optoelectronic devices and OEIC -- 3-D integration, heterogeneous integration, MEMS/NEMS integration with CMOS -- III-V heterostructure device and application -- Nanoscale SiGe bipolar transistors and quantum effect devices
Materials Research Science and Engineering Center, Wisconsin Center for Applied Microelectronics
Syntheses of new classes of amphiphilic block copolymer surfactants and attendant characterization of their bulk and solution phase behavior for applications as rheological modifiers and novel biomedical materials -- Development of new catalysts for the mild synthesis of polyolefins containing polar functionalities possessing unknown monomer sequence distributions and new properties -- Explorations of new organometallic strategies for rational syntheses of semiconducting and metallic nanoparticles with well-defined shapes and catalytic activities
Synthesis of bioactive materials that direct cell function -- Characterization of cell-material interactions -- Tissue Engineering -- Drug Delivery
Biomedical Engineering Center for Translational Research
III/V compound semiconductor materials and devices -- metalorganic chemical vapor deposition (MOCVD) growth of semiconductors -- semiconductor lasers
Reed Center for Photonics
Nonlinear optics -- Guided wave photonic devices and circuits -- Quantum optics -- Fiber optic mesh networks -- Far infrared (terahertz) generation and spectrocopy
Condensed Matter: Quantum coherence and entanglement of superconducting integrated circuits, quantum-limited amplifiers, application of SQUIDs to magnetic resonance detection.
Computational materials science for materials design -- Ab initio electronic structure methods and multiscale techniques for large time / length scales and thermokinetics -- Statistical and data mining techniques for materials property prediction -- Physics of nanoscale phenomena in ceramic and biochemical systems -- Application areas: Nuclear materials, Battery and fuel cell electrodes, Earth mantle materials, Spin transition ceramics, Sorption at water mineral interfaces
Creation of novel materials using bioinspired approaches -- Using biomaterials to define the stem cell microenvironment -- Development of biomaterials for tissue regeneration (tissue engineering) -- Novel approaches to drug delivery and gene therapy
Biomedical Engineering Center for Translational Research
Advanced Lithography -- Nanofabrication -- Polymer Thin Films -- Cell-Substrate Interactions
Biomedical Engineering Center for Translational Research, Center for NanoTechnology, Materials Research Science and Engineering Center, Rheology Research Center
Multibody Dynamics Simulation (applications to vehicle simulation, biomechanics) -- Computational Mechanics -- Numerical Methods for Time Domain Analysis of Mechanical Systems -- Vibrations -- CAD/CAE and Virtual Environments as applied in Mechanical Engineering -- High Performance Computing
Lineage Commitment of Stem Cells -- In vivo Organogenesis -- Cardiovascular Regenerative Medicine -- Cardiac Transplantation in Infancy -- Mechanical Optimization of Engineered Tissues
high-temperature superconductors -- magnetic materials and overlayers -- magnetic nanostructures
phase transitions in solids -- ferroelectricity -- Raman and Brillouin scattering studies of solids -- ion-solid interactions -- laser-induced phase transformations -- microelectronics and photonics -- solid-state devices
Materials Science Center
Phase transformations -- Interface reactions / coating design -- Metastable and amorphous phases -- Kinetics -- Nucleation -- Metal powders and high temperature intermetallic alloys -- Rapid solidification -- Microgravity processing
Laser-assisted manufacturing -- Micro-end milling -- Friction stir welding (FSW) -- Heat and mass transfer -- Radiation thermometry
Manufacturing Systems Engineering Program, Polymer Engineering Center
bone modelling and remodelling -- orthopaedic implant design and analysis -- biomechanics of joints -- finite element analysis -- fatigue of materials
Biomedical Engineering Center for Translational Research
surface chemistry -- catalysis -- diffusion in porous media -- solid-state nuclear magnetic resonance spectroscopy
Biotechnology Center
laser applications to mechanics -- composite and advanced materials -- digital image analysis -- structural mechanics -- experimental mechanics and stress analysis
Wisconsin Structures and Materials Testing Laboratory
Chemical properties and structures of textile fibers -- plasma modifications of materials -- wettability -- dyeing -- finishing
Center for Plasma-Aided Manufacturing
plasma-aided manufacturing -- controlled fusion -- nonlinear science -- effects of vacuum ultraviolet radiation on the processing of electronic materials -- biotechnology, especially biomaterials and directed differentiation of stem cells
Center for Plasma-Aided Manufacturing, HSX Plasma Laboratory, Wisconsin Plasma Processing and Technology Research Consortium
mechanical properties -- alloys -- materials applications and microelectronics -- thin films -- nanoindentation
Engineering Mechanics
Atomistic simulations: Massively parallel molecular dynamics and ab initio-based simulations. -- Nanocrystalline materials: Computational design of materials with superior mechanical properties; Grain boundary nanoengineering; Nanoindentation. -- Fundamentals of friction & adhesion at the nanoscale -- Coupling between surface/interface chemistry and mechanical properties: Materials for MEMS applications in extreme environments. -- Nano-bio-mechanics: Viscoelastic response of mechanical bio-sensors. -- Materials for nuclear applications: Radiation damage resistance, multi-scale modeling of defect and impurity kinetics.
micro- and nano-manufacturing -- MEMS design and fabrication -- analytical and experimental adhesion mechanics -- single cell mechanics
Multifunctional scanned probe microscopy -- Localized spectroscopy of biological and low-dimensional electronic systems -- Terahertz circuits and devices
Biomedical Engineering Center for Translational Research
electron microscopy: atomic resolution Z-contrast STEM -- electron energy loss spectroscopy -- growth, structure, and defects in electronic and photonic materials -- nanoscale order in glassy materials
Soft materials -- Micro- and nanofabrication -- Microbiology -- Chemical biology -- Biotechnology
Biophysics Program, Biotechnology Training Program, Cellular and Molecular Biology Program, Chemistry-Biology Interface Training Program, Molecular Biosciences Training Grant Program
plasma processing of materials -- thin-film deposition -- plasma etching -- plasma source design -- modeling and diagnostics -- plasma-aided manufacturing -- plasma generation -- plasma-surface interaction
Center for Plasma-Aided Manufacturing
Neural Engineering -- Functional Neurosurgery -- BioMEMS -- Neural Rehabilitation -- Neural Prostheses -- Applied Neuroscience
Biomedical Engineering Center for Translational Research
structure of linear and branched macromolecular hosts -- phase transitions -- conducting polymers
Identification, characterization and detection of enterotoxins of Bacillus cereus and Staphylococcus aureau. -- Biofilm formation and control.
Nano-structured nanoporous materials for environmental management, heterogeneous photocatalytic materials, biomimetic growth of crystals, and applications of transmission electron microscopy and scanning transmission electron microscopy in materials research.
