128 papers
Physics explores the fundamental rules governing our universe, from the tiniest subatomic particles to the vastness of distant galaxies. This category focuses on educational physics, bridging the gap between complex theoretical concepts and clear, understandable explanations for students and enthusiasts alike. It covers how we teach, learn, and visualize the laws of nature in everyday contexts.
Gist.Science monitors arXiv daily to process every new preprint in this specific field. We transform these raw scientific manuscripts into accessible plain-language overviews alongside detailed technical summaries, ensuring that cutting-edge educational research reaches a wider audience without losing its rigor. Below are the latest papers in physics education research and related studies that have recently appeared on arXiv.
This paper introduces QTris, a pedagogical board game that simulates qubit processes to teach high-school students key quantum mechanics concepts through a two-state approach, supported by preliminary results from an educational activity involving approximately 150 students.
This study demonstrates that Large Language Models can effectively scale the assessment of student growth in computational thinking within introductory physics courses by mirroring human evaluations of written explanations for data practices and problem-solving, though both methods face challenges in reliably evaluating complex constructs like systems thinking.
This paper presents the design, calibration, and successful testing of a low-cost, 3D-printed stellar spectrometer using a diffraction grating and CMOS sensor, demonstrating that meaningful spectroscopy of stars across spectral types A through M can be achieved with standard educational reflecting telescopes and custom Python data processing.
This paper proposes a transition matrix analysis method, grounded in the resource model framework, to investigate how physics instruction influences the stability and consistency of students' cognitive resource activation by analyzing shifts in both correct and incorrect responses on conceptual surveys.
This study investigates the relationship between introductory physics students' epistemological beliefs and their preferences for AI chatbot behaviors in a wave simulation module, finding that while students favoring a "combination" of guided inquiry and direct answers initially showed more sophisticated beliefs, these differences were not statistically significant after Bonferroni correction.
This study reveals that AI-based scoring systems systematically underestimate the conceptual understanding of linguistically weak physics students, a language bias that mirrors human expert tendencies and poses significant risks for multilingual learners in high-stakes assessments.
This paper proposes a principled framework for integrating generative AI into higher education that connects enduring learning science goals with actionable practices, ensuring technology augments rather than displaces human capacities while guiding educators and policymakers in preserving the fundamental mission of meaningful learning.
This paper presents an affordable, interactive educational kit that uses optical analogies and role-playing to teach quantum key distribution concepts to high-school and undergraduate students, supported by detailed manual and automated versions along with feedback from workshops.
This paper details the historic April 18, 2025, Pan-African Citizen Science e-Laboratory (PACS e-Lab) initiative that successfully connected 300 participants from 38 African nations with NASA astronaut Nichole Ayers aboard the ISS, establishing a scalable model for inclusive STEM outreach and fostering continental collaboration in space science education.
This paper analyzes the physical mechanisms, including osmosis, diffusion, and enzymatic activity, that govern water removal, salt penetration, and flavor development in the traditional production of dry-cured hams.