Beyond Vision: Moving and Feeling in Colour Illuminated Space

This article presents the results of an experiment exploring how four chosen light spectra illuminating a space in different colours affect observed body movements and reported sensory experiences. In addition, the experiment explores if these effects are apparent only when the light is perceived by the eye. In our light lab, 26 participants were immersed in white, blue, amber and red illumination and asked to move around while blindfolded and non-blindfolded. The movements of the participants were observed and video-recorded, and information on sensory experiences and spatial perceptions were retrieved by interviews. Thematic analysis shows patterns of how participants experienced feeling: sharp and clear in a dead space while moving in a hard manner (white), calm and introverted in a cold space while moving in a coherent manner (blue), happy and content in a supportive space while moving in a soft manner (amber) and grounded in a dense space while moving in a downwards manner (red) both while blindfolded and non-blindfolded. Statistical analyses show that the participants moved in significantly different manners and reported significantly different sensory experiences within the four lighting scenarios. Moreover, statistical analyses generally showed no significant differences between the two conditions of blindfolding and non-blindfolding.QC 20220210</p

Beyond Vision. Moving and Feeling in Colour Illuminated Space

This article presents the results of an experiment exploring how four chosen light spectra illuminating a space in different colours affect observed body movements and reported sensory experiences. In addition, the experiment explores if these effects are apparent only when the light is perceived by the eye. In our light lab, 26 participants were immersed in white, blue, amber and red illumination and asked to move around while blindfolded and non-blindfolded. The movements of the participants were observed and video-recorded, and information on sensory experiences and spatial perceptions were retrieved by interviews. Thematic analysis shows patterns of how participants experienced feeling: sharp and clear in a dead space while moving in a hard manner (white), calm and introverted in a cold space while moving in a coherent manner (blue), happy and content in a supportive space while moving in a soft manner (amber) and grounded in a dense space while moving in a downwards manner (red) both while blindfolded and non-blindfolded. Statistical analyses show that the participants moved in significantly different manners and reported significantly different sensory experiences within the four lighting scenarios. Moreover, statistical analyses generally showed no significant differences between the two conditions of blindfolding and non-blindfolding.QC 20220210</p

Beyond Vision: Moving and Feeling in Colour Illuminated Space

This article presents the results of an experiment exploring how four chosen light spectra illuminating a space in different colours affect observed body movements and reported sensory experiences. In addition, the experiment explores if these effects are apparent only when the light is perceived by the eye. In our light lab, 26 participants were immersed in white, blue, amber and red illumination and asked to move around while blindfolded and non-blindfolded. The movements of the participants were observed and video-recorded, and information on sensory experiences and spatial perceptions were retrieved by interviews. Thematic analysis shows patterns of how participants experienced feeling: sharp and clear in a dead space while moving in a hard manner (white), calm and introverted in a cold space while moving in a coherent manner (blue), happy and content in a supportive space while moving in a soft manner (amber) and grounded in a dense space while moving in a downwards manner (red) both while blindfolded and non-blindfolded. Statistical analyses show that the participants moved in significantly different manners and reported significantly different sensory experiences within the four lighting scenarios. Moreover, statistical analyses generally showed no significant differences between the two conditions of blindfolding and non-blindfolding.QC 20220210</p