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1 ggest that the answer depends on the type of contagion.
2 responding to a startling stressor and also contagion.
3 inherent in traditional estimates of social contagion.
4 is in fact generally a negative predictor of contagion.
5 ns to either arrest or prevent this horrible contagion.
6 ly explains >50% of the perceived behavioral contagion.
7 orting MV shedding into the airway lumen and contagion.
8 -quality patches, displaying regional reward contagion.
9 cted but did not eliminate this hierarchical contagion.
10 icate at sites of tissue damage that promote contagion.
11 thy might be related to the degree of stress contagion.
12 al states exhibit similar dynamics of social contagion.
13 s a quantitative understanding of behavioral contagion.
14 used to relate whole-brain maps to emotional contagion.
15 ing the coevolution of many kinds of dueling contagions.
16 ay be dramatically underestimating the R0 of contagions.
17 neralized threshold model to describe social contagions.
18 esis is that memes and behaviors are complex contagions.
19 and process waste that could contain harmful contagions.
20 hormones elicits the expression of emotional contagion (a form of empathy) in strangers of both speci
21 se significantly covaried with trait emotion contagion, a necessary foundation for empathizing with o
23 while most memes indeed spread like complex contagions, a few viral memes spread across many communi
24 ctions are found for a scenario in which the contagion ability of a spreader decreases with the numbe
25 ase transition between a regime in which the contagion affects a large fraction of the system and one
28 uired to tease apart the roles of behavioral contagion and a time-setting effect following a startle
30 of aquatic beetles through the processes of contagion and compression in naturally colonized experim
31 l the (complex, fractional) nature of social contagion and establish that individuals with relatively
36 ting theoretical framework behind predicting contagion and the immediate outcome of acute diseases in
38 yperarousal, environmental dependency, group contagion, and failure to adapt to changing stimulus-rei
39 ied staff reentry as the critical pathway of contagion, and provided estimates of the reduction in ri
40 ues are not strictly necessary for emotional contagion, and that the observation of others' positive
41 to another: liquidity hoarding, asset price contagion, and the propagation of defaults via counterpa
42 sion probability of information about social contagions, and trial size exhibits a non-monotonic patt
45 ntagions, unlike infectious diseases (simple contagions), are affected by social reinforcement and ho
48 ariance found significantly higher emotional contagion at each stage of disease progression [controls
50 er suggests that these effects are driven by contagion beliefs: when asked to bid on a sweater owned
52 cells as vehicles not only immediately after contagion but also to infect epithelia of tissues expres
55 ay contribute to extremely efficient measles contagion by promoting the rapid spread of the virus thr
61 tes with the degree of susceptibility to the contagion effect, suggesting that a frontal-subcortical
62 research efforts have been put into studying contagion effects and herding behaviour in financial mar
65 to interactional synchrony and other social contagion effects, including verbal, goal, and emotional
66 and Structural Diversity theories of social contagion explain the influence effects we observe, the
67 ifferent channels for direct transmission of contagion from one bank to another: liquidity hoarding,
69 of one context-dependent processes, spatial contagion, functioning at the local scale, and provide t
70 bility that an individual is affected by the contagion grows monotonically with the size of his or he
76 social presence significantly diminish yawn contagion in comparison to a control condition, indicati
79 tterns across geographies to identify social contagion in exercise behaviours across a global social
80 support claims of peer influence and social contagion in networks, homophily may also explain such e
82 rstanding the spreading mechanisms of social contagions in complex network systems has attracted much
83 r understanding of the mechanisms that drive contagions in networks and our knowledge of how to propa
84 s a wonderful tool to contain and understand contagion, in a well-designed setting, creating excellen
85 based on physical analogies with biological contagion, in which the probability that an individual i
91 nced by most people), and that the degree of contagion is related to trait differences in neuroticism
95 s can be transferred to others via emotional contagion, leading people to experience the same emotion
96 t of the Earth's surface; however, in modern contagions long-range edges-for example, due to airline
99 t also suggests that the rate of vaccination contagion may be even more important than the biological
101 Here we present a novel non-Markovian social contagion model on interdependent spatial networks compo
104 We find that the conditions for a particular contagion model to belong to one of the these three clas
105 In Florida, the spread of white pox fits the contagion model, with nearest neighbors most susceptible
107 who use Facebook, we test whether emotional contagion occurs outside of in-person interaction betwee
108 study, we first established that the social contagion of itch is essentially a normative response (e
109 eceptors enabled the expression of emotional contagion of pain in mouse and human stranger dyads, as
110 Human mobility and activity patterns mediate contagion on many levels, including: spatial spread of i
112 construct 'contagion maps' that use multiple contagions on a network to map the nodes as a point clou
115 Although our results suggest that some peer contagion operates within the goth community, our observ
116 rstanding the neural circuitry of emotional 'contagion' or 'resonance' between nearby animals, togeth
118 Salience also predicts essential features of contagion phenomena on networks, and points towards a be
119 models due to the stochastic features of the contagion process and defines an invasion threshold that
120 al value of the diffusion rate below which a contagion process is not able to spread to a macroscopic
122 ts contribute to the understanding of social-contagion processes, and our experimental method offers
123 one high- and one low-quality patch, reward contagion produced by higher leaf litter levels resulted
125 t group identification can lead to vicarious contagion, reducing individual differentiation and induc
126 fluences on listeners' memory through social contagion, resistance to such influences, and then retri
128 ena such as altruistic punishment, prosocial contagion, self-other similarity, and numerous others gi
129 rameters, providing guidance for controlling contagion spread by constraining mobility processes.
134 ds exclusively, but for those low in emotion contagion, this region also responded to information abo
136 We reverse engineer dynamics of financial contagion to find the scenario of smallest exogenous sho
139 ne social networks, a process we call "moral contagion." Using a large sample of social media communi
144 nced by neighbouring patches through spatial contagion, wherein perceived quality of one patch can ex
145 uggest interventions that account for social contagion will spread behaviour change more effectively.
146 garded as an important channel for financial contagion with the potential to trigger fire sales and s
148 e develop a theoretical framework to analyze contagion within a network of locations where individual
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