Faculty/Staff CV
| Name | Chad Junkermeier |
|---|---|
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| Title | Instructor |
| Discipline/Program | Materials Computation Laboratory |
| Courses Taught | SCI 295V (Fall 2022). As Physics Lecturer: Math 135, Physics 105, Physics 105L, Physics 150, Physics 150L |
| Research | Computational Materials Science: N-carbophenes; Physics Education: Physics Literacy for elementary aged children |
| Campus & Community Service | Returning Adults Initiative, outreach to high schools |
| Other Professional Activities | Publications while at UHMC: Covalent adsorption of functional groups on N-carbophenes N-Carbophenes: two-dimensional covalent organic frameworks derived from linear N-phenylenes Ground state determination and band gaps of bilayers of graphenylenes and octafunctionalized- biphenylenes Invited Presentations while at UHMC: Developing the theoretical groundwork to understand N-carbophenes Theoretical analysis of a novel class of 2D hydrocarbons: N-carbophenes Contributed Presentations while at UHMC: A novel class of porous 2D hydrocarbons: N-carbophenes Meeting the Needs of Students Who Need Just One Class to Earn a Degree Teaching and Learning Physics/Physical Sciences Utilizing Locally Available Materials Posters while at UHMC: 3-carbophene: a two-dimensional hydrocarbon based on 3-phenylene Bilayer graphenylenes and octafunctionalized-biphenylenes UHMC Students Mentored: Current Funding: Unlimited seat Group License to SCM version of ReaxFF. Source: Software for Chemistry & Materials B.V. In-Kind Award: $2700. |
| First Degree Type | Doctorate Degree |
| Degree Name | Physics and Astronomy |
| Institution Name | Brigham Young University |
| Second Degree Type | Master's Degree |
| Second Degree Type | Physics and Astronomy |
| Institution Name | Brigham Young University |
| Third Degree Type | Bachelor's Degree |
| Degree Name | Physics and Mathematics Dual Major |
| Institution Name | Utah State University |