Mindscape Collective is now The Consciousness Library. Same library, new name. You may need to sign in again. About the change
Skip to content

Flow

Jeanne Nakamura, Dwight C.K. Tse, Shannon Shankland

The Oxford Handbook of Human Motivation September 12, 2019 DOI: 10.1093/oxfordhb/9780190666453.013.10 (opens in new tab)

Summary

AI-generated from the abstract

This chapter reviews research on flow, the psychological state of deep absorption that is intrinsically rewarding. It describes flow's dimensions and conditions, examines its psychological correlates, and distinguishes four related constructs. The chapter also discusses the temporal dynamics of flow and summarizes neurophysiological findings. The authors propose that experiencing flow motivates individuals to pursue activities that foster it, building on Csikszentmihalyi's original concept. The review integrates phenomenological, behavioral, and neural evidence to offer a comprehensive account of flow and its role in intrinsic motivation.

Study at a glance

Characteristics Review Peer reviewed
Key finding Argues that flow is an autotelic state that intrinsically motivates engagement in conducive activities, and synthesizes research on its dimensions, correlates, and neurophysiology.

Abstract

Flow is an optimal psychological state characterized by the enjoyment of deep absorption in what one is doing. This psychological state is autotelic (i.e., rewarding in itself); experiencing flow intrinsically motivates individuals to engage in activities that are conducive to it. Research on the flow experience has shed light on the phenomenology of intrinsic motivation since Csikszentmihalyi (1975) first introduced the flow concept. This chapter (a) describes the dimensions and conditions of the flow experience, (b) reviews research on its psychological covariates, (c) highlights conceptual and operational differences among four flow-related constructs, (d) discusses theory and research on the temporal dynamics of flow experience, and (e) summarizes research on the neurophysiology of the flow state.

Comments

No comments yet.

Log in to comment