Building trust: Heart rate synchrony and arousal during joint action increased by public goods game

Physiological evidence of interpersonal dynamics in a cooperative production task

“…In the same vein, Mitkidis et al. [19] showed that high degrees of heart-rate synchrony in an unrelated joint task was predictive of high mutual trust, expressed in terms of a public goods game.…”

Measuring physiological influence in dyads: A guide to designing, implementing, and analyzing dyadic physiological studies.

“…Early work focused on how similarity between patients' and therapists' heart rates mapped onto behavioral processes such as rapport and antagonism (Coleman, Greenblatt, & Soloman, 1956;DiMascio, Boyd, & Greenblatt, 1957). Since that time, physiological influence has been used to study romantic couples, parent-child dyads, and newly-acquainted dyads and teams, and influence has been associated with relationship quality, individual differences like attachment, and the development of self-regulation and trust (Hill-Soderlund et al, 2008;Levenson & Gottman, 1983;Mitkidis, McGraw, Roepstorff, & Wallot, 2015;Suveg, Shaffer, & Davis, 2016; for reviews see Timmons, Margolin, & Saxbe, 2015;Palumbo et al, 2016).A primary strength of studying physiological influence in interpersonal encounters is that it allows scholars to test theoretical questions that are not testable using traditional measures of self-report or behavioral recordings alone. For example, physiological measures can provide continuous information about participants' emotional states-including those that are outside of awareness and may not be readily observable (Blascovich & Mendes, 2010); they are also not subject to the same demand effects that can bias self-reported data.…”

Emotion recognition techniques using physiological signals and video games –Systematic review–

“…We measured 30 subjects\u2019 affec-tive response to vibrations varying in rhythm and frequency, then examined how differences in demographic, everyday use of touch, and tactile processing abilities contribute to variations in affective response. To this end, we developed five affective and sensory rat-ing scales and two tactile performance tasks, and also employed a published \ u2018Need for Touch\u2019 (NFT, LEGOS [16]). The remaining 30.43 % (14) corresponded to studies in the field of emotion simulation [17][18][19][20], the development and adaptation of tools for measuring emotions [21], literature revisions and editorials [6,14,[22][23][24], and the interaction of the individual with their environment and other individuals [25][26][27][28] …”

“…The search was carried out in the databases previously mentioned and, as a result, the following number of papers was obtained: ScienceDirect (14), IEEEXplorer (162), SCOPUS (144), EngineeringVillage (125), ISI Web of knowledge (291), ACM (7), EMBASE (16), and PubMed (13). Given that we were looking for studies that used video games as emotion stimulation tools, the previously search was complemented including the word "games" in any section of the article.…”

“…This term refers to video games that interact with the player through commands or actions using specialized tools, and respond or modify according to the emotions experienced by the player [14]. The consulted databases produced the following results: ScienceDirect (121), IEEEXplorer (196), SCOPUS (27), EngineeringVillage (27), ISI Web of knowledge (16), ACM (451), EMBASE (1), and PubMed (15). Then, along with the previous search, the term "physiological signals" was included to be found in any section of the article; this search produced the following results: ScienceDirect (23), IEEEXplorer (14), SCOPUS (10), EngineeringVillage (5), ISI Web of knowledge (3), ACM (7), EMBASE (1), and PubMed (1), obtaining 64 articles in total.…”