PER Literature

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Astronomy, Classical Mechanics, Electricity & Magnetism, Fluid Mechanics, General Physics, Mathematical Tools, Modern Physics, Optics, Oscillations & Waves, Other Sciences, Quantum Physics, Relativity, Thermo & Stat Mech

Reviews in PER

Volume 2 of Reviews in PER is dedicated to helping researchers get started in Physics Education Research.

In this review article, a member of the PER community presents an overview of an area of PER:

Regulations and Ethical Considerations for Working with Human Participants in Physics and Astronomy Education Research
by J. C. Antonellis, E. Brogt, S. R. Buxner, E. F. C. Dokter, and T. Foster.

Find more articles introducing PER research methods in Volume 2 of Reviews in PER.

Community Resources

• PhysPort
• PER Wiki
• PER-Central Forums
• PERTG
• For the Media

• Reviews in PER
• PERC Proceedings
• AJP (AAPT)
• PR-PER
• Perticles

Features

Respectful PER Reviews

This document, prepared by journal editors and PER community members, grew out of conversations that brought attention to the negative impact particular reviews have had on community members. These conversations precipitated a survey inviting community members to share their experiences of the PER journal review process. This 2-page survey summary issues recommendations on the basis of our interpretations. We focus on respectful reviewing and do not comprehensively address reviewing practices writ large.

PER Programs

Browse the different PER groups and their descriptions on the PER Program Map.

For the Classroom

Connecting Meaning and Mathematics
This page contains step-by-step tutorials and guided inquiry activities designed to help students discover physical properties and concepts by developing understanding from mathematics. Most of this material is written for upper level classical mechanics courses. Connections are made with the Intermediate Mechanics Tutorials by Ambrose and Wittmann.

Find more PER-based Curricular Materials: Course Packages | Student Activities | Pedagogy Guides

Research Instruments

Symmetry and Gauss's Law Conceptual Evaluation
The Symmetry and Gauss's Law Conceptual Evaluation, developed by Chandralekha Singh, is a research-based multiple-choice test designed to evaluate students' conceptual understanding of symmetry and Gauss's Law. The test is appropriate for research in calculus-based introductory physics courses or upper-level undergraduate E&M courses.

Find more assessment instruments