Undergraduate seminar: PHYS 212/309 [Spring 2022]
Notices
This course is listed as PHYS 212 and PHYS 309 in different places, because it just changed course numbers! I will update this notice when it is consistently listed everywhere with the new number.
Course basics
This one credit course will meet weekly to discuss the latest research in different fields of physics, led by our expert faculty here in the Department of Physics.
Each week we will read an introductory or popular science article and then a different faculty member will give an overview of their research, which we will discuss during the seminar. The course will introduce you to different research areas in contemporary physics and help you find research opportunities within the department.
Course details
Class schedule: Our in-person class time will take place in Small Hall 235 on Tuesdays at 2-3:20 pm.
Instructor: Chris Monahan (he/his/him), Small Hall 326C. Email: cjmonahan'at'wm.edu.
Course grading: Assessment will be based on your in-class contributions and a short presentation. You will read a short introductory article in preparation for each week. There are neither problem sets nor exams; we will not have office hours. There is no required textbook. There are no prerequisites.
The preliminary course schedule is:
- February 1 Prof. Armstrong [nuclear and hadronic experiment]. Preparatory reading: Nature News and Views [optional: sciencealert.com and Daily Press]. Slides here [pdf].
- February 8 Prof. Yang [engineering and applied physics]. Preparatory reading: A project of one's own. And preparatory exercise: fill in the blanks.
- February 15 Prof. Nelson [high energy experiment]. Preparatory reading: Science Magazine and videos: video one and video two. Slides here [powerpoint].
- February 22 Prof. Mikhailov [atomic, molecular and optical physics]. Preparatory reading: Nobel Prize announcement [pdf] and Physical Review Letters (also available on the arXiv). Slides here [pdf].
- March 1 Prof. Aubin [atomic, molecular and optical physics]. Preparatory reading: PNAS and Scientific American (via JSTOR). Optional: Physical Review A. Slides here [pdf].
- March 8 Prof. Larson [engineering and applied physics]. Preparatory reading: RMMJ and Introduction to Reflectance Confocal Microscopy. Slides here [powerpoint].
- March 22 Prof. Mordijck [plasma physics]. Preparatory reading: MRS Energy & Sustainability. Slides here [pdf].
- March 29 Prof. Stevens [nuclear and hadronic experiment]. Preparatory reading: Nature (arXiv version). Slides here [pdf].
- April 5 Prof. Novikova [atomic, molecular and optical physics]. Preparatory reading: Nature review [pdf] and Photonics Research Journal [pdf].
- April 12 Prof. Erlich [high energy theory]. Preparatory reading: Quanta. Slides here [pdf].
- April 19 Prof. Monahan [nuclear and hadronic theory]. Preparatory reading: Symmetry magazine. Slides here [pdf].
- April 26 Prof. Qazilbash [condensed matter experiment]. Preparatory reading: Proceedings of the National Academies of Science [pdf]. Slides here [pptx].
Syllabus
The preliminary syllabus can be found here (pdf).You can see our course poster here