RESUMEN
Humour processing is complex and may be influenced by an individual's emotional state. This study explores the differences in incongruity-resolution and nonsense joke humour processing between three groups with different emotional states (positive, neutral and negative). Each group consisted of 32 participants. The positive and negative emotion groups were asked to elicit positive and negative emotions, respectively, through autobiographical recall. In contrast, the neutral emotion group was asked to answer questions unrelated to emotions. Participants were also asked to rate their emotional valence, arousal and conformity with the provided emotion words. Subsequently, they were directed to rate their humour appreciation, humour comprehension and level of surprise at the jokes. The results indicate that these variables interacted with the level of amusement derived from the two humour types. The positive emotion group perceived nonsense jokes as funnier than the negative emotion group, while the negative emotion group perceived nonsense jokes as less amusing than incongruity-resolution jokes. No significant difference was found between the three emotion groups in terms of humour comprehension and surprise at the jokes. The results deepen the understanding of the correlation between emotional states and processing of different humour types.
RESUMEN
This brief work is an attempt to point to the possible common neurological breakdowns in giving rise to alexithymia, and impaired appreciation of humour. In particular, we present the case of a patient who lost the ability to enjoy humour after the surgical removal of a frontal groove meningioma, although he was still able to detect it, while at the same time was diagnosed with organic alexithymia. Our results indicate that problems in the affective appreciation of humour and in emotionalizing (alexithymic symptoms) may be the result of damage to the ventral-rostral portions of the ACG/mPFC, which prevent the patient from assessing the salience of emotion and motivational information, and generating emotional reactions; as a result he has trouble experiencing emotions, knowing how he and others feel, and enjoy humour.
Asunto(s)
Síntomas Afectivos/etiología , Giro del Cíngulo/fisiopatología , Neoplasias Meníngeas/cirugía , Meningioma/cirugía , Complicaciones Posoperatorias/fisiopatología , Corteza Prefrontal/fisiopatología , Ingenio y Humor como Asunto , Giro del Cíngulo/diagnóstico por imagen , Humanos , Masculino , Persona de Mediana Edad , Corteza Prefrontal/diagnóstico por imagenRESUMEN
Psychological well-being and social acumen benefit from the recognition of humourous intent and its enjoyment. The enjoyment of humour requires recognition, but humour recognition is not necessarily accompanied by humour enjoyment. Humour recognition is crucial during social interactions, while the associated enjoyment is less critical. Few neuroimaging studies have explicitly differentiated between the neural foundations of humour comprehension and humour appreciation. Among such studies, design limitations have obscured the specification of neural correlates to humour comprehension or appreciation. We implemented a trichotomous response option to address these design limitations. Twenty-four participants rated 120 comics (90 unaltered with humourous intent and 30 caption-altered without humourous intent) as either funny jokes (FJ), not funny jokes but intended to be funny (NFJ), or not intended to be funny or non-jokes (NJ). We defined humour comprehension by NFJ minus NJ and humour appreciation by FJ minus NFJ. We measured localized blood oxygen level dependent (BOLD) neural responses with a 3T MRI scanner. We tested for BOLD responses in humour comprehension brain regions of interest (ROIs), humour appreciation ROIs, and across the whole-brain. We found significant NFJ-NJ BOLD responses in our humour comprehension ROIs and significant FJ-NFJ BOLD responses in select humour appreciation ROIs. One key finding is that comprehension accuracy levels correlated with humour-comprehension responses in the left temporo-parietal junction (TPJ). This finding represents a novel and precise neural linkage to humour comprehension. A second key finding is that the superior frontal gyrus (SFG) was uniquely associated with humour-appreciation. The SFG response suggests that complex cognitive processing underlies humour appreciation and that current models of humour appreciation be revised. Finally, our research design provides an operational distinction between humour comprehension and appreciation and a sensitive measure of individual differences in humour comprehension accuracy.