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Special Topics in Applied Physics
Course #: PHYSIC 697
Description:
The study of a particular topic of current interest in applied physics, such as photonics, nuclear reactor physics, semiconductor device physics, superconductivity, magnetic resonance.
Pre Requisites: Pre-req = Graduate degree student in Physics
Offered in:
2025 Fall
| Section | Class Number | Schedule/Time | Instructor | Location | |
|---|---|---|---|---|---|
| 01 | 12956 | TuTh 4:45 - 6:45 pm |
Ikeda,Kazuki | University Hall Y04-4180 | |
|
Session:
Regular
Class Dates:
09/02/2025 - 12/12/2025
Capacity:
30
Enrolled:
8
Status:
Open
Credits:
1/8
Class Notes:
Pre Requisites:
Pre-req = Graduate degree student in Physics
Course Attributes:
Non-degree exclude from list
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2026 Spring
| Section | Class Number | Schedule/Time | Instructor | Location | |
|---|---|---|---|---|---|
| 01 | 7197 | MW 4:45 - 6:45 pm |
Yelleswarapu,Chandra | Wh-Peters W04-0071 Physics Lab | |
|
Session:
Regular
Class Dates:
01/26/2026 - 05/13/2026
Capacity:
24
Enrolled:
3
Status:
Open
Credits:
1/8
Class Notes:
Topic: Optical Imaging: Methods and Applications,,Description: My intention is to discuss the physical principles, computational frameworks, and modern implementations of optical imaging systems across scientific and engineering domains. The course integrates fundamentals of wave optics, image formation, and coherence theory with advanced topics such as digital holography, quantitative phase imaging, optical coherence tomography, and super-resolution methods. Through lectures and project-based learning, students will gain both theoretical understanding and practical skills for designing, modeling, and applying optical imaging systems in biomedical, industrial, and material characterization contexts.
Pre Requisites:
Pre-req = Graduate degree student in Physics
Course Attributes:
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