The disentanglement of the neural and experiential complexity of self-generated thoughts: A users guide to combining experience sampling with neuroimaging data.
Léa M Martinon, Jonathan Smallwood, Deborah McGann, Colin Hamilton, Leigh M Riby
Neuroimage May 15, 2019 DOI: 10.1016/j.neuroimage.2019.02.034 (opens in new tab)
Study at a glance
AI-extracted from the abstract| Characteristics | Review Peer reviewed |
|---|---|
| Keywords | Connectivity EEG Erp MRI Mind-wandering Self-generated thoughts |
| Key findings | Triangulating neuroimaging techniques with self-reported information is essential for developing an empirically grounded account of ongoing thought, as imaging reveals covert states and helps identify different aspects of experience. |
Abstract
Human cognition is not limited to the processing of events in the external environment, and the covert nature of certain aspects of the stream of consciousness (e.g. experiences such as mind-wandering) provides a methodological challenge. Although research has shown that we spend a substantial amount of time focused on thoughts and feelings that are intrinsically generated, evaluating such internal states, purely on psychological grounds can be restrictive. In this review of the different methods used to examine patterns of ongoing thought, we emphasise how the process of triangulation between neuroimaging techniques, with self-reported information, is important for the development of a more empirically grounded account of ongoing thought. Specifically, we show how imaging techniques have provided critical information regarding the presence of covert states and can help in the attempt to identify different aspects of experience.
Citations in the library
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- Spontaneous thought orientation tracked by fMRI networks and EEG alpha power dynamics bioRxiv Preprint Server October 31, 2025
- Interactions between the neural correlates of dispositional internally directed thought and visual imagery bioRxiv November 29, 2019
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