Abstract:The COVID-19 pandemic has a major impact on mental well-being and interpersonal relationships. Nonetheless, little is known about the complex interactions between one's overall perceived interpersonal closeness and physiological or psychological aspects of interpersonal functioning. This study aimed to understand the interaction between perceived interpersonal closeness during COVID-19 and interpersonal mechanisms in predicting well-being. We focused on two interpersonal mechanisms, one physiological and the o… Show more
“…Furthermore, emotional contagion goes beyond mere mimicry. It involves a deeper level of self-involvement, where individuals share feelings with others, even for brief moments, strengthening their emotional connection ( Mariadhas, 2019 ; Mayo et al, 2023 ). This shared emotional experience can have great effects on individuals’ sense of self and their relationships with others.…”
Section: Emotional Contagion and Self-representation In A Social Contextmentioning
Although prior research has implied that emotional contagion occurs automatically and unconsciously, convincing evidence suggests that it is significantly influenced by individuals’ perceptions of their relationships with others or with collectives within specific social contexts. This implies a role for self-representation in the process. The present study aimed to offer a novel explanation of the interplay between social contexts and emotional contagion, focusing on the contextualized nature of self-representation and exploring the social factors that shape emotional contagion. It further posits a causal loop among social contexts, self-representation, and emotional contagion. Drawing from the lens of self-representation, this study concludes with a discussion on potential research directions in this field, commencing with an exploration of the antecedents and consequences of emotional contagion and self-representation.
“…Furthermore, emotional contagion goes beyond mere mimicry. It involves a deeper level of self-involvement, where individuals share feelings with others, even for brief moments, strengthening their emotional connection ( Mariadhas, 2019 ; Mayo et al, 2023 ). This shared emotional experience can have great effects on individuals’ sense of self and their relationships with others.…”
Section: Emotional Contagion and Self-representation In A Social Contextmentioning
Although prior research has implied that emotional contagion occurs automatically and unconsciously, convincing evidence suggests that it is significantly influenced by individuals’ perceptions of their relationships with others or with collectives within specific social contexts. This implies a role for self-representation in the process. The present study aimed to offer a novel explanation of the interplay between social contexts and emotional contagion, focusing on the contextualized nature of self-representation and exploring the social factors that shape emotional contagion. It further posits a causal loop among social contexts, self-representation, and emotional contagion. Drawing from the lens of self-representation, this study concludes with a discussion on potential research directions in this field, commencing with an exploration of the antecedents and consequences of emotional contagion and self-representation.
“…EC is the automatic tendency to catch another's emotions (Hatfield et al, 1992;Hatfield et al, 1993;Mayo et al, 2022) and can be manifested as a demonstration of similar postural, vocal, or facial expression or as similar neurophysiological or neurological patterns of activity (Barsade 2002;Barsade, Coutifaris & Pillemer, 2018;Hatfield, Bensman, Thorton & Rapson, 2014;Hatfield et al, 1994;Hatfield, Raspon & Le, 2009;Schoenewolf, 1990;). EC is related to empathy, attunement, and bonding (Decety and Ickles, 2009;Hatfield et al, 1994;Hatfield et al, 2011;Neves et al, 2018;Spoors & Kelly, 2004), as well as to stress (Feldman & Kaal, 2007), and has been suggested to facilitate social interactions (Butler, 2011;Hatfield, Cacioppo, & Rapson, 1994).…”
Section: Autonomic Space Modelmentioning
confidence: 99%
“…Associations between EC and physiological synchrony had been suggested and demonstrated many times (Codrons et al, 2014;Dimitroff et al, 2017;Feldman, 2012;Feldman et al, 2011;Ferrer & Helm, 2013;Helm et al, 2014;Jaimovich, 2010;Karvonen et al, 2016;Liu et al, 2013;Mayo & Gordon, 2020;Mayo et al, 2022;Papp et al, 2009;Papp et al, 2013;Park et al, 2019;Saxbe & Repetti, 2010;Waters et al, 2017;Waters et al, 2014), yet the connection between EC as a trait and baseline physiological markers of the ANS remain largely unknown.…”
To date, studies focusing on the connection between psychological
functioning and autonomic nervous system (ANS) activity usually adopted
the one-dimensional model of autonomic balance, according to which
activation of one branch of the ANS is accompanied by an inhibition of
the other. However, the sympathetic and parasympathetic branches also
activate independently; thus, co-activation and co-inhibition may occur.
The autonomic balance and regulatory capacity model accounts for such a
diversity of autonomic activities. In the present study, we adopted a
refinement of this model to assess how markers of the autonomic space
relate to several critical psychological constructs: emotional contagion
(EC), general anxiety, and positive and negative affect (PA and NA). We
analyzed data from 408 healthy students, who underwent a 5-minute
baseline period as part of their participation in several experiments
and then completed self-reported questionnaires. During the baseline,
electrocardiogram (ECG), electrodermal activity (EDA), and respiratory
activity were recorded. Respiratory sinus arrhythmia (RSA), as well as
cross-system autonomic balance (CSAB) and regulation (CSAR), were
calculated. A comparison between psychological and physiological indices
revealed distinct patterns of psychological associations for each
physiological index: CSAB was positively correlated with EC and
negatively correlated with PA and NA. Negative associations were noted
between CSAR and EC. EDA was positively correlated with PA and NA and
negatively linked to EC. We thus provide support for using the
two-dimensional autonomic space framework in psychophysiological
research. The advantages of the autonomic balance and regulatory
capacity model are discussed.
“…EC is the automatic tendency to catch another's emotions (Hatfield et al, 1992 , 1993 ; Mayo et al, 2023 ) and can be manifested as a demonstration of similar postural, vocal, or facial expression or as similar neurophysiological or neurological patterns of activity (Schoenewolf, 1990 ; Hatfield et al, 1994 , 2009 , 2014 ; Barsade, 2002 ; Barsade et al, 2018 ). EC is related to empathy, attunement, and bonding (Hatfield et al, 1994 , 2011 ; Spoor and Kelly, 2004 ; Decety and Ickles, 2009 ; Neves et al, 2018 ), as well as to stress (Feldman and Kaal, 2007 ), and has been suggested to facilitate social interactions (Hatfield et al, 1994 ; Butler, 2011 ).…”
IntroductionTo date, studies focusing on the connection between psychological functioning and autonomic nervous system (ANS) activity usually adopted the one-dimensional model of autonomic balance, according to which activation of one branch of the ANS is accompanied by an inhibition of the other. However, the sympathetic and parasympathetic branches also activate independently; thus, co-activation and co-inhibition may occur, which is demonstrated by a two-dimensional model of ANS activity. Here, we apply such models to assess how markers of the autonomic space relate to several critical psychological constructs: emotional contagion (EC), general anxiety, and positive and negative affect (PA and NA). We also examined gender differences in those psychophysiological relations.MethodsIn the present study, we analyzed data from 408 healthy students, who underwent a 5-min group baseline period as part of their participation in several experiments and completed self-reported questionnaires. Electrocardiogram (ECG), electrodermal activity (EDA), and respiration were recorded. Respiratory sinus arrhythmia (RSA), pre-ejection period (PEP), as well as cardiac autonomic balance (CAB) and regulation (CAR) and cross-system autonomic balance (CSAB) and regulation (CSAR), were calculated.ResultsNotably, two-dimensional models were more suitable for predicting and describing most psychological constructs. Gender differences were found in psychological and physiological aspects as well as in psychophysiological relations. Women's EC scores were negatively correlated with sympathetic activity and positively linked to parasympathetic dominance. Men's PA and NA scores were positively associated with sympathetic activity. PA in men also had a positive link to an overall activation of the ANS, and a negative link to parasympathetic dominance.DiscussionThe current results expand our understanding of the psychological aspects of the autonomic space model and psychophysiological associations. Gender differences and strengths and weaknesses of alternative physiological models are discussed.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.