Learning entropy among peers through the lens of Coordination Class Theory

VELASCO JUAN; BUTELER LAURA; BROZZO CARLOS; COLEONI, ENRIQUE

Physical Review Physics Education Research

American Physical Society

Año: 2022 vol. 18

Coordination Class Theory has proven to be a useful theoretical framework for describing processes of conceptual change in certain physical and mathematical concepts. Its development throughout different studies has allowed us to understand numerous mechanisms of conceptual learning by individual subjects. There have been attempts to implement this theory to collective-learning environments. Although there are valuable contributions in this sense, there are still details at the fine-grain level to be unveiled in relation to how conceptual change proceeds within small groups. For this purpose, the development of a coordination class is analyzed in the case of an interview with two students addressing a problem-solving task about entropy, focusing on the role that interactions between participants play in the evolution of the entropy concept. A micro-complementary analysis is proposed, by bringing in elements from a sociocultural approach of learning. Thus, we were able to identify different forms of co-development of a coordination class. Students exhibiting central as well as peripheral participation benefit from each other during the conceptual learning process of the small group, constituting a "virtuous" interaction for learning.