Title: Renewal of the Advanced Physics Laboratory Course Brian Davies Western Illinois University
1Renewal of the Advanced Physics Laboratory
CourseBrian DaviesWestern Illinois University
2Advanced Lab a unique coursein the Physics
major sequence
- Not directly connected to the content of any
particular theory course (although we do have
optics and electronics courses with labs). - Usually taught by a single person over a
significant number of years, no rotation. - Often required, but prerequisites are minimal.
- No canonical textbook, different content in every
department in the country.
3Laudable goals of the advanced lab, as listed in
a President's Commentary (September 2007) by
Harvey S. Leff, president of the AAPT
- become proficient using modern experimental
equipment and techniques, - engage in experimental design,
- interface equipment with computers,
- use LabVIEW and Excel,
- learn how to analyze data in statistically
meaningful ways, - keep a comprehensive lab notebook,
- prepare professional lab reports,
- prepare poster presentations,
- conduct literature searches,
- understand the value and importance of ethics in
scientific research, and - develop an appreciation of the connections
between experimental and theoretical physics. - - and we could list several more, such as making
oral presentations, writing professional papers,
interacting with group members and technical
staff
4Compare this diversity of goals with a typical
theory course
- The theory sequence is quite established in
Physics Departments in the U.S., as evidenced by
the list of well-known course textbooks on many
graduate school web sites, and as reinforced by
standardized exams. - Modern technology affects course delivery but
does not affect course content as much as it does
in the laboratory courses. (This is more evident
in the lower level upper level classes are still
often text, blackboard, and homework.)
5Problematic aspects of the advanced lab
- Whereas all faculty are presumed capable of
teaching the core undergraduate theory courses,
often just a few can do well in the advanced lab. - No agreed-upon content, hence few texts (and no
particular class would cover all the topics in
the existing textbooks). - Constrained by legacy equipment, often cast-off
from retired research programs. - Not valued by entire department.
- Lack of support at various levels.
- Isolation of instructors.
6AAPT Advanced Lab Task Force (ALTF)
- Formed in 2005 and generated a report in 2006 -
posted on website http//advlabs.aapt.org/ - Suggested the Physics Instructional Resource
Association (PIRA), an AAPT affiliate, as a model
organization. - Led to the formation of the Advanced Laboratory
Physics Association (ALPhA) in 2007. - Did not address deeper concerns about the
purpose, content, and relevance of advanced
laboratory courses in the physics curriculum.
7Advanced Laboratory Physics Association (ALPhA)
- Formed in 2007 and now has its own website -
http//www.advlab.org/ - 2009 and 2012 topical conferences
- 2010 Gordon Research conference
- Laboratory immersions
- Parallel efforts in AAPT (conference sessions and
a listserv) and COMPADRE (a repository of
manuals, etc.). http//advlabs.aapt.org/ - APS April 1 2012 - a discussion of resources x
8Advanced Laboratory Physics Association (ALPhA)
- 2012 Conference on Laboratory Instruction Beyond
the First Year of College (BfY) (link) - An ALPhA event, independent of AAPT and APS
- July 25, 2012 - July 27, 2012 at the University
of Pennsylvania and Drexel University, just prior
to the national AAPT summer meeting - Features discussions of lab topics, curriculum
models, vendors, and hands-on workshops - Will include goals of labs, taxonomy of
experimental skills, and ways of assessing the
impact of labs on the physics curriculum
9What do you think? What do you recall?
- A balancing act among these ingredients
- Modern physics theory
- Experimental design
- Equipment usage
- Data manipulation
- Report generation
- Presentation skills