The generation of chemical fuels using only sunlight and widely found starting materials (H2O, CO2) is part of a growing field of chemical research known as "Solar Fuels" Generation. In the Rose group, we approach this field by starting with a known light absorbing material, like silicon or III-V semiconductors. Our goal is to attach molecular linkers and spacers, as well as catalysts and protective materials layers to these semiconductor surfaces. Depending on the student's interest, this project has wide appeal to students interested in the fields of organic synthesis, materials, electrochemistry and inorganic chemistry.
Prerequisite: One year organic chemistry (lecture & lab)
Preferred: ChE 350: Materials, Light Response and Structures
CH 431: Inorganic chemistry
Preferred: Sophomore continuing to Junior year
Juniors will be considered
[Due to requirement of summer research, Seniors need not apply]
Project-oriented approach (i.e. not task-oriented)
The applicant must be available both Fall and Spring semesters.
Availability during Summer is required.
Attendance of weekly group meetings (1-2 hours).
Research units given commensurate with 12+ hours labwork.
No monetary stipend available.
Assist graduate student & postdoc led research.
Preparation (etching, deposition, organic reactions) of semiconductor surfaces
Perform and interpret materials characterization (NMR, IR, XPS, E-chem)
Opportunity for independent senior research upon outstanding performance in lab.
