Singing together in the park: Older peoples’ wellbeing and the singingscape in Guangzhou,China

The importance of adapting to later life is becoming increasingly apparent to older people as their concerns about health and wellbeing grow. Based on extensive fieldwork between 2020 and 2021 in Guangzhou, China, with older people who consider “singing together in the park” as an essential and popular everyday leisure activity, this article demonstrates how subject (older people), activity (singing), and place (park) integrate into a therapeutic space, the singingscape. Singingscape is presented in three distinct aspects: on the physical level, singingscape indicates an essential embodied experience of the connection between internal body and external environment, from which the older people can relax physically and mentally and acquire a sense of wellbeing; on the social level, singingscape fosters a positive atmosphere, where older people gain a collective sense of belonging and maintain social rhythm and social interactions with their peers; and on the imagined space level, fanciful landscapes and emotional imagination are advantageous to the wellbeing of older people. In the conceptual sense we argue that singingscape is located, experienced and integrated. Lastly, we advocate that attention should be paid to the construction of urban public spaces as vital infrastructure for older people in their everyday leisure activities.     

Does Postpartum Depression Affect Parental Embodied Mentalizing in Mothers With 4-Months old Infants?

Parental Embodied Mentalizing (PEM) regards parents’ nonverbal capacity to understand the infant’s bodily manifested mental states and adjust his or her own movements accordingly. Little is known about how mothers suffering from postpartum depression (PPD) mentalize the infant on an embodied level. The aims of the present study were to investigate whether mothers meeting criteria for a PPD diagnosis differ from non-clinical mothers in regard to their PEM capacities and whether the severity of depressive symptoms was associated with PEM in mothers meeting criteria for a PPD diagnosis compared to non-clinical mothers.10-minute long lab-based face-to-face interactions were coded with the PEM coding scheme at 4-months postpartum in mother-infant dyads with mothers meeting criteria for a PPD diagnosis (n = 29) and non-clinical mothers (n = 51).Results showed that mothers with and without a PPD diagnosis differ in their capacity to mentalize on an embodied level, but only when controlling for scores on the Edinburgh Postnatal Depression Scale (EPDS). However, more depressive symptoms as measured with the EPDS was not in itself associated with lower PEM in either group. This finding may indicate the presence of a threshold effect, i.e. that maternal PEM may be affected only when a certain degree of severity and duration in depressive symptoms is beyond a certain threshold. The importance of the findings in regard to the assessment of depression as well as more clinical perspectives are discussed.     

以身化梦：意象体现的理论、方法与技术探析

“意象体现”是由罗伯特·伯尼克依据分析心理学的理论创立的一种“梦的工作”方法,主张在介于意识与无意识之间的阈限状态中采用积极想象的方式对梦中意象进行再体验,通过对不同身体感受的觉知使无意识内容意识化来达到相应的治疗效果。意象体现理论主张,梦具有真实性,应当以主客体一致性的隐喻视角来看待梦,并且对梦的工作具有治疗的意义;对梦的工作应当遵循非解析工作与体验科学、阈限状态、共验交流、心理自居与发生转换四个关键原则。其具体技术过程包括工作状态的准备、进入阈限状态、对梦进行持续性体验、心理自居与发生转换、感觉融合与离开梦境五步。其方法沿革于催眠术、自由联想与积极想象。作为分析心理学中有关梦的一套前沿的思想理论以及临床心理治疗中一种创新性的梦的工作方式,意象体现具有广阔的学术研究及实际应用前景。     

Hearing what the body feels: auditory encoding of rhythmic movement

Phillips-Silver and Trainor (Phillips-Silver, J., Trainor, L.J., (2005). Feeling the beat: movement influences infants' rhythm perception. Science, 308, 1430) demonstrated an early cross-modal interaction between body movement and auditory encoding of musical rhythm in infants. Here we show that the way adults move their bodies to music influences their auditory perception of the rhythm structure. We trained adults, while listening to an ambiguous rhythm with no accented beats, to bounce by bending their knees to interpret the rhythm either as a march or as a waltz. At test, adults identified as similar an auditory version of the rhythm pattern with accented strong beats that matched their previous bouncing experience in comparison with a version whose accents did not match. In subsequent experiments we showed that this effect does not depend on visual information, but that movement of the body is critical. Parallel results from adults and infants suggest that the movement-sound interaction develops early and is fundamental to music processing throughout life.     

Switching between sensory and affective systems incurs processing costs

Recent models of the conceptual system hold that concepts are grounded in simulations of actual experiences with instances of those concepts in sensory-motor systems (e.g., Barsalou, 1999, 2003; Solomon & Barsalou, 2001). Studies supportive of such a viewhave shown that verifying a property of a concept in one modality, and then switching to verify a property of a different concept in a different modality generates temporal processing costs similar to the cost of switching modalities in perception. In addition to non-emotional concepts, the present experiment investigated switching costs in verifying properties of positive and negative (emotional) concepts. Properties of emotional concepts were taken from vision, audition, and the affective system. Parallel to switching costs in neutral concepts, the study showed that for positive and negative concepts, verifying properties from different modalities produced processing costs such that reaction times were longer and error rates were higher. Importantly, this effect was observed when switching from the affective system to sensory modalities, and vice-versa. These results support the embodied cognition view of emotion in humans.     

Perceptual symbols of creativity: Coldness elicits referential,warmth elicits relational creativity

Research in the cognitive and social psychological science has revealed the pervading relation between body and mind. Physical warmth leads people to perceive others as psychological closer to them and to be more generous towards others. More recently, physical warmth has also been implicated in the processing of information, specifically through perceiving relationships (via physical warmth) and contrasting from others (via coldness). In addition, social psychological work has linked social cues (such as mimicry and power cues) to creative performance. The present work integrates these two literatures, by providing an embodied model of creative performance through relational (warm = relational) and referential (cold = distant) processing. The authors predict and find that warm cues lead to greater creativity when 1) creating drawings, 2) categorizing objects, and 3) coming up with gifts for others. In contrast, cold cues lead to greater creativity, when 1) breaking set in a metaphor recognition task, 2) coming up with new pasta names, and 3) being abstract in coming up with gifts. Effects are found across different populations and age groups. The authors report implications for theory and discuss limitations of the present work.     

Simulating sensorimotor metaphors: Novel metaphors influence sensory judgments

Embodied cognition theory proposes that individuals’ abstract concepts can be associated with sensorimotor processes. The authors examined the effects of teaching participants novel embodied metaphors, not based in prior physical experience, and found evidence suggesting that they lead to embodied simulation, suggesting refinements to current models of embodied cognition. Creating novel embodiments of abstract concepts in the laboratory may be a useful method for examining mechanisms of embodied cognition.     

The experience of new sensorimotor contingencies by sensory augmentation

Embedded in the paradigm of embodied cognition, the theory of sensorimotor contingencies (SMCs) proposes that motor actions and associated sensory stimulations are tied together by lawful relations termed SMCs. We aimed to investigate whether SMCs can be learned by means of sensory augmentation. Therefore we focused on related perceptual changes. Subjects trained for 7 weeks with the feelSpace belt mapping information of the magnetic north to vibrotactile stimulation around the waist. They experienced substantial changes in their space perception. The belt facilitated navigation and stimulated the usage of new navigation strategies. The belt’s vibrating signal changed to a kind of spatial information over time while the belt’s appeal and perceived usability increased. The belt also induced certain emotional states. Overall, the results show that learning new SMCs with this relatively small and usable device leads to profound perceptual and emotional changes, which are fully compatible with embodied theories of cognition.     

Cultivating a Sense of Place in Religious Studies

This essay analyzes student learning through place‐based pedagogies in an American Religions course. In the course, students analyzed cultural meanings and practices of regional religious communities and participated in sensory awareness and ecological learning in a campus garden. Embodied learning increased student understanding and appreciation of land‐based religious practices and epistemologies, and promoted multiple student literacies. In Religious Studies, place‐based learning is vital to the examination of the rich dimensions and expressions of religious experience. Across disciplines, place‐based pedagogies can expand and deepen text‐based learning, cultivate recognition of various ways of knowing, foster affective connections to the local community, and develop critical skills for addressing patterns of displacement and ecological denigration.     

Larger,smaller, odd or even? Task-specific effects of optokinetic stimulation on the mental number space

Previous studies have shown that number processing can induce spatial biases in perception and action and can trigger the orienting of visuospatial attention. Few studies, however, have investigated how spatial processing and visuospatial attention influences number processing. In the present study, we used the optokinetic stimulation (OKS) technique to trigger eye movements and thus overt orienting of visuospatial attention. Participants were asked to stare at OKS, while performing parity judgements (Experiment 1) or number comparison (Experiment 2), two numerical tasks that differ in terms of demands on magnitude processing. Numerical stimuli were acoustically presented, and participants responded orally. We examined the effects of OKS direction (leftward or rightward) on number processing. The results showed that rightward OKS abolished the classic number size effect (i.e., faster reaction times for small than large numbers) in the comparison task, whereas the parity task was unaffected by OKS direction. The effect of OKS highlights a link between visuospatial orienting and processing of number magnitude that is complementary to the more established link between numerical and visuospatial processing. We suggest that the bidirectional link between numbers and space is embodied in the mechanisms subserving sensorimotor transformations for the control of eye movements and spatial attention.