Teaching and physics education research: bridging the gap.

Area of Science:

• Physics education research
• Higher education pedagogy

Background:

• Physics faculty frequently rely on anecdotal experience rather than evidence-based research for teaching.
• Despite extensive physics education research (PER) and dissemination, adoption of research-based instructional strategies remains low.
• Faculty express valid concerns regarding the practical applicability of validated non-traditional teaching practices.

Purpose of the Study:

• To address faculty concerns hindering the adoption of research-based instructional strategies in physics.
• To identify key barriers and propose solutions for bridging the gap between PER and teaching practice.
• To outline future research directions necessary for increasing the uptake of evidence-based teaching in physics.

Main Methods:

• Qualitative analysis of faculty feedback and concerns regarding research-based instructional strategies.
• Literature review of existing physics education research and dissemination efforts.
• Identification of common themes and barriers to adoption through expert consultation.

Main Results:

• Faculty concerns often center on perceived applicability, time constraints, and institutional support for non-traditional methods.
• A significant gap exists between the validated effectiveness of PER and its implementation in undergraduate physics classrooms.
• Dissemination efforts alone are insufficient without addressing faculty-specific practical and pedagogical concerns.

Conclusions:

• Addressing faculty-expressed concerns is crucial for increasing the adoption of evidence-based teaching in physics.
• Future research should focus on practical implementation, contextual adaptation, and faculty development related to PER.
• Overcoming the research-practice gap requires a collaborative approach involving researchers, innovators, and educators to foster evidence-based physics instruction.