Aggregation model

, 131

Amygdala

, 158

Analysis of Functional NeuroImages software (AFNI software)

, 165

Analytic technique

, 107

Anterior cingulate cortex (ACC)

, 156, 158

Anti-psychopathology

, 160

Artificial intelligence (AI)

, 2

Behavioral measures

, 77, 81

Bivariate t-tests

, 86

Buffering effect

, 107

Chi-square tests

, 86

Coalitions

, 81

Collectivism value theory

, 159

Collectivistic values

, 160

Confirmation bias

, 31–32

Consistency

, 57–58

Construction tasks

, 149

Cox proportional hazards model

, 36–40

Crimes

, 35

Crowdsource platforms

, 6

Culture-gene coevolution theory

, 160

Cyberball paradigm

, 157, 163

Debriefing

, 147

Dilemma tasks

, 149

Direct exchange patterns

, 56–58

Discussion group studies

, 138–139

assessment

, 149

camera and VCR issues

, 143–147

coding and analysis of data

, 147–148

compensating participants

, 143

ensuring rigor in face-to-face studies

, 142–147

fundamental properties of face-to-face group studies

, 141–142

open interaction studies

, 140–141

recommendations

, 151–152

setting

, 143

standardized experimental setting studies

, 139–140

technology

, 149–151

Distress

, 104

Distribution of materials

, 146

Dorsolateral prefrontal cortex (dlPFC)

, 156–157, 160–161

Dual coping mechanisms

, 157

Dual process models

, 159

Empathy

, 3, 8

Endorsement

, 81

Evaluation, potency, and activity (EPA)

, 128

Exchange patterns

, 55

design and participants

, 59

manipulations

, 61–63

measures

, 63–64

methods

, 59–64

model

, 64

patterns of direct exchange, perceptions of predictability and fairness, and group identification

, 56–58

power

, 53–56

procedures

, 60

results

, 64–68

Exchange theory

, 78

Exclusion

, 156

Expectation states

, 120

Experiments

, 80, 122

Explicit processing

, 159

Explicit/conscious neural system

, 160–161

Extra-legal information

, 25

Face-to-face group studies

ensuring rigor in

, 142–147

fundamental properties of

, 141–142

Face-to-face interaction

, 139

Female-on-female crimes (FF crimes)

, 36, 40

First-order expectations

, 120

Fisek-Berger-Moore theory and research (F-B-M theory and research)

, 120–122

Fisher’s C test statistic

, 64–65

Functional Magnetic Resonance Imaging scanner (fMRI scanner)

, 157, 173

demographic characteristics

, 165–166

experiment

, 162–165

image acquisition and analysis

, 165

ROI results

, 169–171

sample

, 161–162

social exclusion and neurological distress responses

, 157–159

values and neurologically dissociable dual mechanisms

, 159–161

whole-brain fMRI results

, 166–169

Gender

, 2–4, 13, 25

role congruity theory of

, 28–30

roles

, 29

Generalized linear models

, 86

Glass ceiling

, 78–79

Grand Unified Theory

, 151–152

Group identification

, 56–58

H-statistic

, 105

High-power actors

, 55–56

Human-AI interaction

, 2

literature

, 4–5

Human-AI role-taking

, 5–6

analysis

, 8

attention checks

, 8

findings

, 9–15

methods

, 5–8

stimuli

, 6–7

variables

, 7–8

Human-computer interaction

, 4

Human-machine interaction

, 4

Ideal victim

, 31

Identity

discrepancy

, 104

theory

, 99–100

verification

, 100

Implicit processing

, 159

Implicit/automatic neural system

, 160–161

Inconsistency model

, 131–133

Individualism

, 159

Individualistic values

, 160

Inequality

, 120

Insula

, 158

Integration of AI into human processes

, 13–14

Interaction

, 138

Interaction plot

, 110–111

Justice evaluations

, 52–53

Kaplan-Meier survival functions

, 35–36

Legitimacy

, 76

analyses and results

, 86–91

challenge to measure

, 77–81

design and participants

, 83–85

hypotheses

, 81–82

processes

, 80–81

theoretical development

, 77–81

time measures

, 85–86

Lighting

, 144

Low-power actors

, 55–56

Male-on-male crimes (MM crimes)

, 36, 40

Mental models

, 28–29

Modified tit-for-tat strategy

, 62–63

Moore’s theory

, 121

Morality

, 156–157

Multiplex ties

, 102–103

Multiplexity

, 99, 105–106

contextualizing self-complexity with

, 102–103

Multivariate regressions

, 107

National Incident-Based Reporting System (NIBRS)

, 26–27, 33–34

Negatively connected power-imbalanced networks

, 54–55

Negotiated exchanges

, 55

Negotiation

, 52–53

Neuroimaging studies

, 158

Neurological distress responses

, 157–159

Neurologically dissociable dual mechanisms

, 159–161

Non-lethal crime

, 42

Nonparametric estimates

, 35–36

Normal crime

, 25–26, 31

Novel theory

, 158–159

Offender-victim dyads

, 25–26

data and measures

, 33–35

gendered composition

, 26

hypothesis development

, 30–33

importance

, 27–28

measures

, 34–35

survival function analysis

, 35–40

Open interaction studies

, 140–141

Operations

, 145

Pairwise Wilcoxon tests of difference

, 38

“Paper and pencil” methods

, 139

Perceptions of predictability and fairness

, 56–58

Performance expectations

, 120

Perspective taking

, 3, 7

Positive and Negative Affect Schedule (PANAS)

, 162

Power

, 53, 56, 76

in groups and organizations

, 78–80

power-dependence theorists

, 53–54

power-imbalanced exchange networks

, 54–55

Prestige hierarchies

, 79

Problem-solving tasks

, 149

Qualified perceptions

, 13–14

Race

, 162

Reciprocal exchanges

, 55

Reciprocation

, 53

Reciprocity

, 52–53

Recording logistics

, 146

Region of Interest (ROI)

, 165

results

, 169–171

Regressions test

, 107

Rejection of AI’s human capacities

, 13–14

Relational approach

, 26–27

Reliability

, 139–140

Role congruity theory

, 26

of gender

, 28–30

Role schema

, 28–29

Role theory

, 29

Role-taking

, 2

with AI

, 13–15

literature

, 2–5

variation

, 25

Schemas

, 28–29

Seating

, 144

Second-order expectations

, 120

comparing models

, 129–131

empirical comparisons

, 125–129

Fisek-Berger-Moore theory and research

, 120–122

research

, 131–134

study

, 120

Troyer-Younts-Kalkhoff theory and research

, 122–124

Webster-Whitmeyer-Rashotte theory and research

, 125

Self-awareness

, 160

Self-complexity

, 98–100, 102, 105

benefits

, 99

contextualizing self-complexity with multiplexity

, 102–103

data

, 103

identity theory

, 99–100

measures

, 104–107

results

, 107–111

sample

, 103

Self-enhancement

, 160

“Self-in-self” model of role-taking

, 3

Self-protection

, 160

Shipley’s test of direct separation

, 64–65

Social cognitive neuroscience

, 160–161

Social exclusion

, 156–157, 159

Social network analysis

, 102

Social neurosciences

, 156

Social order

, 80

Social psychology

, 2

Social roles

, 28–29

Sociology of morality

, 156–157

Sound recording

, 144–145

Source model

, 131

Source theory

, 121

Standardized experimental setting studies

, 139–140

Standardized experimental situation

, 138

Status

, 76–77, 120, 138

in groups and organizations

, 78–80

Stratified Cox model

, 38

Structural equation modeling (SEM)

, 64

Survival function analysis

, 35–40

Cox proportional hazards model

, 36–40

nonparametric estimates

, 35–36

Survival tasks

, 149

T-tests

, 8

Task

, 138, 145

Time to clearance

, 24

Troyer-Younts-Kalkhoff theory and research (T-Y-K theory and research)

, 122–124

Unequal power

, 79

Validity

, 138

Values

, 159–161

Ventromedial prefrontal cortex (vmPFC)

, 156–157, 160–161

Virtual ball tossing game

, 157

Webster-Whitmeyer-Rashotte theory and research (W-W-R theory and research)

, 125

Whole-brain fMRI results

, 166–169

Workplace friendships

, 113–114

Zoom

, 149–151