Recently we made the claim that learning is about being “stirred into practices”, or learning “how to go on in practices in the world” and this sees learning as something that is happening all the time in particular sites in time and space (Kemmis, Edwards-Groves, & Grootenboer, 2025). This means that learning is coming to practice differently. This ontological practice view of learning provides a perspective that is situated in the everyday happeningness of life. Thus, learning is consequential for the places we inhabit as well as for individuals, and “learning is ontologically realised, shaped, and consequential in histories, in lives, and in sites” (Kemmis, Edwards-Groves, & Grootenboer, 2025).
In this view, the product of mathematical learning (e.g., knowledge), is not understood as existing (e.g., in memory) separate from the practicing of mathematics – learning is about “ontological transformation”. Consequentially, “what is conventionally called ‘knowledge’ arises from, recalls, anticipates, and returns to its use in practices” (Kemmis et al., 2014, p. 58). This perspective would see learning as being fundamentally concerned with enabling learners to go on mathematically and be function members of the broad mathematics community of practice. This does not usurp the significance of mathematical knowledge, but rather sees it as emerging from, integral to, and realised in mathematical practice.