Publication | Closed Access
Brain-Imaging Detection of Visual Scene Encoding in Long-term Memory for TV Commercials
176
Citations
18
References
2001
Year
Brain FunctionDevelopmental Cognitive NeuroscienceNeural RecodingNeurolinguisticsBrain ScienceAttentionVisual Cognitive NeuroscienceSocial SciencesVisual ContentVisual CognitionCognitive ElectrophysiologyCognitive NeuroscienceCognitive ScienceNeuroimaging ModalityTv CommercialsExperimental ResearchNeuroimagingBrain-imaging DetectionVisual ProcessingBrain ImagingCognitive PerformanceCognitive DynamicsLeft FrontalHuman NeuroscienceNeuroscienceVisual Scene Encoding
<h3>ABSTRACT</h3> The authors report on experimental research using a new brain imaging technique (steady-state probe topography or SSPT) to investigate whether patterns of brain activity in the left or right frontal hemispheres could identify which frames from new TV commercials would be recognised by consumers one week later. The research revealed that video scenes held on screen for 1.5 seconds or longer were better recognised, and that scenes that elicited the fastest brain activity in the left frontal hemisphere were better recognised. The authors conclude that visual content that stimulates left-brain activity would create memorable advertising - and suggest a new method of pre-testing commercials.
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