Key result
New multidimensional model measures happiness experiences using psychophysiological correlates.
Presents a multidimensional psychometric model for measuring happiness using psychophysiological correlates.
May support multidimensional happiness quantification in research; leaves open validation and clinical translation.
Everyone is interested in the pursuit of happiness, but the real problem for the researchers is how to measure it. Our aim was to deeply investigate happiness measurement through biomedical signals, using psychophysiological methods to objectify the happiness experiences measurements. The classic valence-arousal model of affective states to study happiness has been extensively used in psychophysiology. However, really few studies considered a real combination of these two dimensions and no study further investigated multidimensional models. More, most studies focused mainly on self-report to measure happiness and a deeper psychophysiological investigation on the dimensions of such an experience is still missing. A multidimensional model of happiness is presented and both the dimensions and the measures extracted within each dimension are comprehensively explained. This multidimensional model aims at being a milestone for future systematic study on psychophysiology of happiness and affective states.
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Cipresso et al. (2014) studied Happiness measurement. Multidimensional model of happiness was evaluated. A multidimensional model of happiness based on psychophysiological correlates is presented to comprehensively measure happiness experiences.
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