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Materials Similar to Policy recommendations from causal inference in physics education research

• 46%: Getting Started in Qualitative Physics Education Research
• 46%: Data sharing model for physics education research using the 70 000 response Colorado Learning Attitudes about Science Survey for Experimental Physics dataset
• 45%: Framework for evaluating statistical models in physics education research
• 41%: A Literary Canon in Physics Education Research
• 40%: Demographics of physics education research
• 39%: Lone Rangers Getting Lonely: Getting Your Research in Physics Education Team Larger than One Professor
• 39%: Frontiers in Research in Physics Education
• 39%: Research in Physics Education: The Early Years
• 39%: A Developmental History of Physics Education Research
• 39%: Getting Started with Quantitative Methods in Physics Education Research
• 39%: The future of physics education research: Intellectual challenges and practical concerns
• 39%: On the interaction of physics with science education research
• 39%: Physics Education Research as a Multidimensional Space: Current Work and Expanding Horizons
• 38%: Physics Education Research and Human Subjects: The PER Community and Institutional Review Boards
• 38%: Aspects of Validity in Quantitative Research
• 38%: Selection, Generalization, and Theories of Cause in Physics Education Research: Connecting Paradigms and Practices
• 37%: Oersted Lecture 2014: Physics education research and teaching modern Modern Physics
• 37%: 2020 Physics Education Research Conference Proceedings
• 37%: Graduate programs in physics education research: A USA based survey