Professor of Physics
My research focuses on theory and computer modeling of materials. I'm currently working on single-electron transistor devices, in collaboration with the experimental groups of Dr. Y. K. Yap (Physics) and Dr. Paul Bergstrom (Electrical and Computer Engineering). I also study materials in which interfaces, such as surfaces, grain boundaries, or interphase boundaries, play an important role. I use a collection of simulation methods including Monte Carlo and molecular dynamics, as well as numerical and analytical techniques. I am also interested in the elastic properties of superlattices, phase transitions at surfaces, crystal shapes, crystal growth, and nanotechnology education.
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About John Jaszczak
My research focuses on theory and computer modeling of materials. I'm currently working on single-electron transistor devices, in collaboration with the experimental groups of Dr. Y. K. Yap (Physics) and Dr. Paul Bergstrom (Electrical and Computer Engineering). I also study materials in which interfaces, such as surfaces, grain boundaries, or interphase boundaries, play an important role. I use a collection of simulation methods including Monte Carlo and molecular dynamics, as well as numerical and analytical techniques. I am also interested in the elastic properties of superlattices, phase transitions at surfaces, crystal shapes, crystal growth, and nanotechnology education.
| 1992 - Present | Adjunct Curator, Michigan Technological University ‐ A. E. Seaman Mineral Museum | |
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| Present | Professor of Physics, Michigan Technological University | |
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Disciplines
Research Interests
Courses
- Theoretical Mechanics I/II
- Honors Physics III
- Fundamentals of Nanoscale Science and Technology
- University Physics II: Electricity and Magnetism
- University Physics I: Mechanics
