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Risheng Wang

Associate Professor, Chemistry; Research Investigator, CREE

Disciplines

  • Chemistry

Research Interests

  • Biochemistry DNA-based Self-Assembly Nanotechnology Nanomaterials
  • Engineering DNA-based nanostructures to control functional nanomaterials, characterize their optical and chemical properties for making novel devices, and develop applications in biomedical, electronic and material fields
  • Studying biomolecular interactions at the single molecular level using self-assembled DNA nanostructure templates

View by

  1. Chemistry
  2. Faculty Member

Discipline

    1. Chemistry 21
    2. Physical Chemistry 3
    3. Online and Distance Education 1
    4. Scholarship of Teaching and Learning 1
    5. Materials Chemistry 1

Research Interest

    1. Physical chemistry 3
    2. Inorganic materials chemistry 2
    3. Materials chemistry 2
    4. Nanomaterials 2
    5. Adhesion 1
    1. Advanced microwave spectroscopy 1
    2. Analytical and environmental chemistry 1
    3. Astrochemistry: Chemistry in Interstellar Space 1
    4. Benefits of thiol antioxidants oxidative stress-related conditions including Cataracts, age-related macular degeneration, and neurodegenerative disorders, medicinal drug-induced toxicity, metal toxicity (particularly lead), radiation exposure, alcohol overuse, and HIV 1
    5. Bioanalytical chemistry 1
    6. Biochemistry DNA-based Self-Assembly Nanotechnology Nanomaterials 1
    7. Bioinorganic Chemistry 1
    8. Biological thiols 1
    9. Biomedicine 1
    10. CO2 electroreduction 1
    11. Catalysis 1
    12. Catalysis: Olefin Polymerization and Oscillating Chemical Reactions 1
    13. Chalcogenide-based magnetic semiconductor 1
    14. Characterization of Materials 1
    15. Chemistry 1
    16. Chemistry of Materials 1
    17. Chiral catalysts and sensors 1
    18. Chiral electrodeposition 1
    19. Coating system 1
    20. Complex chalcogenides for thermoelectric applications 1
    21. Composite Materials 1
    22. Computational Modeling 1
    23. Conductive polymers 1
    24. Corrosion 1
    25. Cross-Disciplinary Science Education: Mathematics and Life Sciences 1
    26. DNA Base Deamination and Cross-Link Formation 1
    27. Developing methodology for merging the “top-down” lithography with “bottom-up” self-assembly nanofabrication techniques to create nanomaterial-based devices and biosensors 1
    28. Effects of a novel thiol antioxidant on oxidative stress related disorders 1
    29. Electrochemical biomineralization 1
    30. Electrochemistry 1
    31. Electrodeposition of metal oxides for energy conversion and storage 1
    32. Electrodeposition of superlattices 1
    33. Electronic Structure Theory 1
    34. Electronic Structure Theory: Dative Bonding 1
    35. Energy 1
    36. Engineering DNA-based nanostructures to control functional nanomaterials, characterize their optical and chemical properties for making novel devices, and develop applications in biomedical, electronic and material fields 1
    37. Environmental chemistry 1
    38. Epitaxial electrodeposition 1
    39. Explore new inorganic compositions for nanowire/nanotube formation 1
    40. Free radicals in biological systems 1
    41. F‌‌‌luid properties of organic material in oil and gas shale 1
    42. Growth of nanowires/nanotubes on custom-made surfaces 1
    43. Heteroarene Reduction: Hypoxia Selective Cancer Chemotherapeutics 1
    44. Hydrocarbon combustion, automated construction of Potential Energy Surfaces (PESs) 1
    45. Hydrocarbon-oxidizing systems 1

Organization

    1. Chemistry
    2. Center for Research in Energy and Environment (CREE) 8
    3. Center for Science, Technology, and Society (CSTS) 1

Position

    1. Faculty Member