In a recent edition of In the Lab With..., 

 discussed the growing role of neurotechnology in the study of 

. Rather than replacing interviews, surveys, or focus groups, tools such as 

 provide complementary information about attention, emotion, and cognitive processing.  

According to Costa Feito, integrating multiple sources of information offers a more complete understanding of how people respond to products, services, and experiences than relying on a single measurement alone. 

Understanding the hidden factors behind human decisions with Aroa Costa Feito 

Traditional implicit measures rely on reaction times to infer the strength of associations between mental concepts. While these methods are widely used, they provide limited insight into the neural processes underlying decision mechanisms.

EEG technology is increasingly expanding this field by allowing researchers to observe neural dynamics during implicit tasks in real time. This enables a more detailed understanding of attention, information processing, and semantic evaluation.

Advances in implicit cognition research combine behavioral tests with EEG and AI 

The post underlines its role in aligning neural activity with experimental events and stimuli, enabling reliable analysis of event-related potentials and other time-sensitive measures.

EEG synchronization involves accurately marking when events occur and aligning recordings from multiple devices. For example, combining EEG with 

 requires researchers to match brain activity to the moment a participant fixates on a target.

How EEG synchronization improves the reliability of research data

In a new edition of Bitbrain’s In the Lab series, design researcher 

 discusses how EEG and other physiological measures are helping researchers study these effects in increasingly realistic environments.

Valentine’s research examines the built environment not simply as a backdrop, but as an exposure that may influence attention, cognitive load and stress over time. Her work includes research into biophilic design and how architectural characteristics may be reflected in physiological and neural responses.

, preliminary research has explored whether different architectural environments can be reflected in brain activity. The findings remain exploratory, highlighting both the potential of EEG for neuroarchitecture and the importance of careful interpretation.

Exploring neuroarchitecture with EEG: how spaces influence the brain

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