| Title
|
Chapter
|
Note
|
| "Fear" behaviors
|
(12)
|
47
|
| A fictional self
|
(9)
|
33
|
| Abstract knowledge
|
(5)
|
36
|
| Additional aspects of the Sauter et. al (2010) experiment
|
(3)
|
16
|
| Additional aspects of the Sauter et. al (2010) experiment
|
(3)
|
17
|
| Affect and ancient philosophy
|
(4)
|
37
|
| Affect and the structure of the human cortex
|
(4)
|
39
|
| Affect and wisdom
|
(4)
|
58
|
| Affect as a property of consciousness
|
(4)
|
38
|
| Affect as information
|
(4)
|
44
|
| Affect in Macaques
|
(12)
|
5
|
| Affect in infants
|
(4)
|
37
|
| Affect in the human voice
|
(9)
|
25
|
| Affect is mostly prediction
|
(4)
|
53
|
| Affect is universal
|
(3)
|
20
|
| Affect is universal
|
(4)
|
1
|
| Affect perception in infants
|
(5)
|
38
|
| Affect vs. emotion
|
(4)
|
36
|
| Affective misattribution
|
(2)
|
10
|
| Affective niche
|
(12)
|
8
|
| Affective realism
|
(4)
|
44
|
| Affective realism and responsibility
|
(4)
|
46
|
| Affective realism in interviews
|
(4)
|
44
|
| Agreement vs. accuracy
|
(7)
|
16
|
| Alexithymia
|
(5)
|
48
|
| Allostasis
|
(1)
|
27 & 28
|
| Amygdala experiments of Paul Whalen
|
(1)
|
42
|
| Anger as emotional intelligence
|
(11)
|
8
|
| Animals and human body movements
|
(12)
|
37
|
| Animals and symbols
|
(12)
|
17
|
| Anthropomorphism
|
(12)
|
52
|
| Appraisal theories
|
(1)
|
27
|
| Arousal is not always distressing
|
(10)
|
38
|
| Articles that take a classical view 2009-2014
|
(0)
|
3
|
| Association neurons
|
(11)
|
12
|
| Attack in fear
|
(11)
|
20
|
| Autism as a disorder of prediction
|
(10)
|
42
|
| Autonomic nervous system
|
(A)
|
6
|
| Balinese and Ilongot conception of emotion
|
(13)
|
1
|
| Barb Finlay on the triune brain
|
(4)
|
51
|
| Baroreceptors
|
(4)
|
50
|
| Baseball reaction time
|
(4)
|
15
|
| Basic emotion method and "accuracy"
|
(3)
|
5
|
| Basic emotion method used on non-Western samples
|
(3)
|
5
|
| Basic emotions
|
(8)
|
7
|
| Bayes' theorem in predictive coding
|
(5)
|
51
|
| Behaviorism and emotion
|
(12)
|
46
|
| Benefits of crying
|
(9)
|
8
|
| Binder et al. (1999) experiment details
|
(D)
|
5
|
| Bodily changes during emotion are variable
|
(1)
|
25
|
| Body-budgeting and interoception
|
(4)
|
20
|
| Body-budgeting details
|
(4)
|
54
|
| Body-budgeting in rats
|
(12)
|
38
|
| Boundary between you and the outside world
|
(8)
|
20
|
| Brain changes with evolution
|
(4)
|
61
|
| Brain development in autism
|
(10)
|
44
|
| Broca and Darwin
|
(8)
|
26
|
| Broca's area: The full story
|
(8)
|
25
|
| Bullying
|
(11)
|
63
|
| Categorical perception
|
(5)
|
1
|
| Categorization
|
(5)
|
14
|
| Childhood adversity wires the brain
|
(10)
|
14
|
| Children growing up in poverty
|
(4)
|
34
|
| Children's perception of posed basic-emotion faces
|
(3)
|
11
|
| Chimp and bonobo infants
|
(12)
|
21
|
| Chimps and goal-based concepts
|
(12)
|
16
|
| Chimps and tools
|
(12)
|
24
|
| Chimps vs. bonobos
|
(12)
|
20
|
| Chronic pain and the interoceptive and control networks
|
(10)
|
26
|
| Circumplex
|
(4)
|
41
|
| Cognitive control and its various meanings
|
(6)
|
17
|
| Collective intentionality
|
(7)
|
10
|
| Color perception
|
(3)
|
13
|
| Complexity
|
(13)
|
6
|
| Compressing prediction errors in the cerebral cortex
|
(8)
|
18
|
| Concepts and categorization in language acquisition
|
(5)
|
21
|
| Concepts and goals
|
(5)
|
17
|
| Concepts and the default mode network
|
(D)
|
17
|
| Concepts are not static
|
(D)
|
20
|
| Concepts have financial benefits
|
(9)
|
29
|
| Concepts in bilinguals
|
(5)
|
42
|
| Concepts in individuals with visual impairments
|
(5)
|
50
|
| Concepts in individuals with visual impairments
|
(7)
|
3
|
| Conceptual combination
|
(5)
|
14, 44, & 46
|
| Conceptual similarity
|
(6)
|
6
|
| Conceptual similarity in the brain
|
(6)
|
7 & 8
|
| Conceptual synchrony
|
(11)
|
34
|
| Cones of the human eye
|
(7)
|
2
|
| Connectivity and cost
|
(13)
|
4
|
| Constructionist theories in psychology and neuroscience
|
(2)
|
11
|
| Constructionist thinking in philosophy
|
(2)
|
14
|
| Continuous flash suppression
|
(4)
|
45
|
| Control as subjective experience
|
(8)
|
2
|
| Control as subjective experience
|
(11)
|
13 & 14
|
| Control network
|
(6)
|
14
|
| Cortisol
|
(4)
|
30
|
| Cortisol and proimflammatory cytokines
|
(10)
|
6
|
| Criticisms of the limbic system concept
|
(8)
|
28
|
| Cultural evolution
|
(7)
|
20
|
| Cultures without fear
|
(7)
|
21
|
| Damasio's somatic marker hypothesis
|
(8)
|
14
|
| Dan Kahan's research
|
(11)
|
70
|
| Dannel Malloy's speech about Newtown
|
(0)
|
1
|
| Darwin and Thomas Huxley
|
(8)
|
22
|
| Darwin and essentialism in biology
|
(8)
|
8
|
| Darwin, Plato, and Aristotle
|
(8)
|
27
|
| Default mode network and emotion concepts
|
(D)
|
16
|
| Degeneracy
|
(1)
|
36
|
| Degeneracy and natural selection
|
(2)
|
22
|
| Degeneracy and natural selection
|
(13)
|
8
|
| Degeneracy and robustness
|
(13)
|
8
|
| Degeneracy in feelings of arousal
|
(1)
|
37
|
| Depression and treatment efficacy
|
(10)
|
29
|
| Depression should be studied holistically
|
(10)
|
33
|
| Details on the face-sorting study with semantic dementia patients
|
(3)
|
10
|
| Distress
|
(10)
|
35
|
| Dogs as body-budget regulators
|
(12)
|
29
|
| Dominic Cinelli
|
(11)
|
40
|
| Dopamine and reward
|
(10)
|
18
|
| Dorsal visual pathway
|
(4)
|
16
|
| Economic disasters
|
(4)
|
60
|
| Edelman's theory of neural Darwinism
|
(5)
|
18
|
| Ekman, Levenson, and Friesen (1983)
|
(1)
|
21 & 23
|
| Electrical stimulation studies of emotion
|
(1)
|
44
|
| Emergence
|
(2)
|
20
|
| Emoticons
|
(0)
|
3
|
| Emotion analytics
|
(0)
|
4
|
| Emotion concepts from non-English languages
|
(9)
|
14
|
| Emotion concepts in children
|
(5)
|
38
|
| Emotion concepts shape experience
|
(3)
|
9
|
| Emotion economy
|
(8)
|
38
|
| Emotion in the U.S. Supreme Court
|
(11)
|
55
|
| Emotion paradox
|
(5)
|
13
|
| Emotion perception in the courtroom
|
(11)
|
37
|
| Emotion regulation
|
(6)
|
19
|
| Emotion regulation theory of James Gross
|
(9)
|
1
|
| Emotional "expressions" in congenitally blind individuals
|
(1)
|
19
|
| Emotional granularity
|
(1)
|
2
|
| Emotional granularity in the courtroom
|
(11)
|
58
|
| Emotions as a message to corporate America
|
(11)
|
65
|
| Emotions in judging
|
(11)
|
57 & 58
|
| Emotions, rationality and classical appraisal theories
|
(11)
|
5
|
| Empathy for pain
|
(11)
|
65
|
| Empathy in infants and toddlers
|
(12)
|
38
|
| Epigenetics
|
(8)
|
33
|
| Epigenetics
|
(10)
|
28 & 33
|
| Essence
|
(8)
|
6
|
| Essentialism and the default mode network
|
(D)
|
19
|
| Essentialism produces non-falsifiable hypotheses
|
(8)
|
15
|
| Evidence for Broca's Aphasia
|
(8)
|
25
|
| Evidence for emotion prototypes
|
(5)
|
15
|
| Evidence for the theory of constructed emotion
|
(D)
|
14
|
| Evolution favors non-modular solutions
|
(8)
|
34
|
| Experiments by Klüver and Bucy
|
(1)
|
30
|
| FMRI
|
(1)
|
37 & 39
|
| Face perception is not innate
|
(5)
|
32
|
| Faces do not speak for themselves when it comes to emotion
|
(3)
|
1
|
| Facial action coding
|
(1)
|
11
|
| Facial configurations in monkeys and apes
|
(1)
|
19
|
| Facial configurations in newborns
|
(1)
|
12
|
| Facial feedback hypothesis
|
(1)
|
22
|
| Facial photographs for the Himba study
|
(3)
|
14
|
| Facial recognition requires concepts
|
(3)
|
3
|
| Fear or freezing?
|
(12)
|
47
|
| Five conceptual innovations from On The Origin of Species
|
(8)
|
10
|
| Flags as affordances
|
(11)
|
73
|
| Flowers and weeds
|
(7)
|
5
|
| Four criteria for localizing emotions to specific brain regions
|
(1)
|
44
|
| Freezing circuitry
|
(12)
|
47
|
| Funes the Memorious
|
(5)
|
5
|
| Gaze following in chimps
|
(12)
|
23
|
| Gaze following in macaques
|
(12)
|
10
|
| Glial cells
|
(A)
|
2
|
| Glial cells and illness
|
(10)
|
8
|
| Goals are more important than physical similarity
|
(5)
|
31
|
| Goals of anger
|
(5)
|
37
|
| Harm, responsibility, and retributive justice
|
(11)
|
3
|
| Hearing emotion in voices — our study of the Himba
|
(3)
|
15
|
| Helen Mayberg's treatment for treatment-resistent depression
|
(4)
|
54
|
| Herpes Simplex Encephalitis
|
(4)
|
55
|
| Hillary Clinton
|
(11)
|
20
|
| Historical beliefs about emotion in the body
|
(7)
|
31
|
| Holism
|
(2)
|
21
|
| Hot spots in the human brain
|
(11)
|
30
|
| Humans are not more evolved than other animals
|
(12)
|
53
|
| Illusion of free will
|
(4)
|
11
|
| Inattentional blindness
|
(4)
|
17
|
| Infant cries
|
(1)
|
13
|
| Infants and emotional expressions across cultures
|
(1)
|
12
|
| Inflammation
|
(10)
|
3
|
| Inflammation changes brain structure
|
(10)
|
5
|
| Innate concepts
|
(13)
|
10
|
| Interoception
|
(4)
|
20
|
| Interoception and nociception
|
(10)
|
19
|
| Interoception and self-report
|
(4)
|
22
|
| Interoception is a whole-brain process
|
(4)
|
24
|
| Interoceptive perception is imprecise
|
(4)
|
21 & 22
|
| Interpreting research on brain lesions
|
(1)
|
35
|
| Intrinsic activity
|
(4)
|
6
|
| Intrinsic networks
|
(4)
|
5
|
| Jaak Panksepp
|
(12)
|
54
|
| Japanese emotion concepts
|
(3)
|
23
|
| Jeremy Bentham
|
(12)
|
7
|
| Kant's grid of concepts
|
(5)
|
8
|
| LSD and prediction
|
(4)
|
19
|
| Laboratory methods for provoking emotions
|
(1)
|
25
|
| Language
|
(12)
|
16
|
| Lantern of attention
|
(6)
|
3
|
| Learning a concept without a word
|
(7)
|
13
|
| Left vs. right
|
(12)
|
31
|
| Levenson, Ekman, Heider and Friesen (1992)
|
(1)
|
24
|
| Limbic system concept
|
(8)
|
27
|
| Localization as evidence for natural selection
|
(8)
|
25
|
| Locked-in brain
|
(10)
|
32
|
| Lost Chorus
|
(8)
|
37
|
| Macaque interoceptive network
|
(12)
|
4
|
| Maguire's ideas about construction
|
(D)
|
9
|
| Making meaning
|
(6)
|
22
|
| McGurk effect
|
(3)
|
2
|
| Medieval Christian views of the mind
|
(8)
|
30
|
| Meditation and the brain
|
(9)
|
41
|
| Meditation types
|
(9)
|
41
|
| Mental inference
|
(12)
|
44
|
| Mental inference fallacy
|
(12)
|
47
|
| Mental organs
|
(8)
|
7
|
| Milwaukee Bucks measure facial expressions
|
(0)
|
4
|
| Mistaking a camera for a gun
|
(4)
|
48
|
| Monozygotic twins with amygdala damage (AM and BG)
|
(1)
|
34
|
| More evidence against the classical view of emotion
|
(1)
|
46
|
| Motor vs. sensory predictions
|
(4)
|
50
|
| Movement properties that provoke mental inference
|
(12)
|
51
|
| Multiple selves
|
(9)
|
36
|
| Multisensory processing
|
(6)
|
4
|
| Myth of the male brain vs. the female brain
|
(11)
|
17
|
| Müller-Lyer illusion
|
(6)
|
5
|
| Namibia research team
|
(3)
|
13
|
| Nativism/empiricism debate
|
(5)
|
20
|
| Negative emotional granularity
|
(9)
|
16
|
| Neocortex vs. isocortex
|
(4)
|
61
|
| Network homeostasis
|
(4)
|
5
|
| Network integration
|
(6)
|
21
|
| Neuroeconomics
|
(4)
|
57
|
| Neurology vs. psychiatry
|
(10)
|
28
|
| Neurons
|
(4)
|
4
|
| Neurons are multipurpose
|
(13)
|
5
|
| Neurotransmitters
|
(13)
|
4
|
| Nociception and prediction
|
(10)
|
20
|
| Novelty
|
(1)
|
42
|
| Opiates can cause chronic pain via prediction
|
(10)
|
21
|
| Opioids and affect
|
(10)
|
18
|
| Other names for the default mode network
|
(D)
|
4
|
| Other names for the interoceptive network
|
(4)
|
24
|
| Other names for the interoceptive network
|
(13)
|
17
|
| Overlapping networks
|
(4)
|
27
|
| Pain and emotion
|
(10)
|
19
|
| Pain and human nature
|
(10)
|
26
|
| Pain as a concept
|
(10)
|
26
|
| Patient SM
|
(1)
|
33
|
| Pattern classification
|
(1)
|
48
|
| Pattern classification and the interoceptive network
|
(D)
|
12
|
| Perceiver-independent phenomena
|
(7)
|
4
|
| Perceptions of causality are constructed
|
(5)
|
52
|
| Peripheral physiological changes during emotion
|
(1)
|
26
|
| Phantom limb syndrome
|
(10)
|
23
|
| Physical consequences of childhood adversity
|
(10)
|
14
|
| Plasticity
|
(13)
|
3
|
| Plato's view of the mind
|
(8)
|
29
|
| Pleasure and displeasure
|
(4)
|
1
|
| Poverty and brain development
|
(8)
|
1
|
| Poverty and brain development
|
(13)
|
18
|
| Prediction and memory
|
(4)
|
9
|
| Predictive coding evidence
|
(D)
|
1
|
| Prefrontal cortex and the amygdala
|
(10)
|
36
|
| Primary interoceptive cortex
|
(4)
|
26
|
| Primate brains
|
(12)
|
11 & 14
|
| Primates and concept learning
|
(12)
|
13
|
| Priming
|
(3)
|
7
|
| Prototype theory of concepts
|
(5)
|
11
|
| Prototype views of emotion concepts
|
(5)
|
12
|
| Pure Autonomic Failure
|
(4)
|
55
|
| RULER program from Yale University
|
(9)
|
22
|
| Rational economic person
|
(4)
|
59
|
| Raz et al. (2016) experiment details
|
(D)
|
15
|
| Reconciling Darwin's Origin and Expression
|
(8)
|
11
|
| Regions of the interoceptive network
|
(4)
|
25
|
| Representativeness error
|
(8)
|
12
|
| Responsibility and the brain
|
(11)
|
32
|
| Reverse inference
|
(2)
|
20
|
| Reverse inference problem
|
(11)
|
30
|
| Rich Club Hubs
|
(6)
|
20
|
| Roger
|
(4)
|
55
|
| Sauter's vocalization experiment
|
(3)
|
15
|
| Scenarios imagined during our fMRI study
|
(4)
|
33
|
| Schachter and Singer (1962)
|
(2)
|
15
|
| Scientific revolutions as social reality
|
(13)
|
21
|
| Screening of Passengers by Observation Techniques
|
(0)
|
6
|
| Second Amendment of the United States Constitution
|
(11)
|
48
|
| Selection mechanisms
|
(6)
|
15 & 18
|
| Self as a concept
|
(9)
|
35
|
| Self as an enduring affliction
|
(9)
|
33
|
| Self-defense and minority women
|
(11)
|
23
|
| Semantic dementia patients and the face-sorting task
|
(3)
|
10
|
| Semantic satiation
|
(3)
|
9
|
| Shared attention
|
(12)
|
9
|
| Simulation
|
(1)
|
24
|
| Simulation in the basic emotion method
|
(3)
|
7
|
| Simulation is creative
|
(2)
|
3
|
| Size isn't everything
|
(11)
|
31
|
| Skin conductance
|
(1)
|
20
|
| Sleep disruption and technology
|
(9)
|
2
|
| Smiles in different cultures
|
(3)
|
18
|
| Smiling in Ancient Rome
|
(3)
|
18
|
| Social reality
|
(7)
|
8
|
| Social reality appears to be uniquely human
|
(12)
|
26
|
| Sound is a constructed experience
|
(7)
|
1
|
| Sounds that support concept learning
|
(5)
|
29
|
| Speech and concepts
|
(5)
|
2
|
| Stairway to Heaven backwards
|
(3)
|
7
|
| Statistical learning
|
(5)
|
19
|
| Stealth Interoception
|
(4)
|
22
|
| Stereotypes of emotion in men and women
|
(11)
|
16
|
| Stimulus-response view of the brain
|
(4)
|
3
|
| Stress, genes, and cytokines
|
(10)
|
8
|
| Structure of the cortex
|
(4)
|
51 & 56
|
| Suffering is difficult to measure
|
(11)
|
66
|
| Survival circuits
|
(12)
|
54
|
| Symptoms of autism
|
(10)
|
41
|
| Synchrony
|
(13)
|
15
|
| Systems in your body
|
(4)
|
2
|
| Teaching language to apes
|
(12)
|
17
|
| Teleology
|
(4)
|
39
|
| The Expression of the Emotions in Man and Animals
|
(1)
|
3
|
| The control network is never off
|
(11)
|
9
|
| The remembered present
|
(6)
|
12
|
| Toothiness
|
(3)
|
11
|
| Triune brain myth
|
(4)
|
61
|
| Types of chronic pain
|
(10)
|
21
|
| Typology
|
(8)
|
9
|
| Ukta concept for anger
|
(7)
|
30
|
| Universal Expressions Project
|
(3)
|
26
|
| Unpleasant affect and the body budget
|
(4)
|
39
|
| Valence
|
(4)
|
36
|
| Variation in chocolate chip cookies
|
(2)
|
17
|
| Variation is the norm
|
(1)
|
28
|
| Ventral visual pathway
|
(4)
|
16
|
| Vision by prediction
|
(4)
|
12
|
| Vision details
|
(4)
|
13
|
| War over human nature
|
(8)
|
30
|
| Western views of the self
|
(9)
|
32
|
| Wilhelm Wundt's conception of affect
|
(4)
|
36
|
| William James and Wilhelm Wundt
|
(2)
|
14
|
| William James's theory of emotion
|
(2)
|
9
|
| Wolves
|
(12)
|
39
|
| Women and depression
|
(10)
|
33
|
| Women's double bind
|
(11)
|
16
|
| Word-concept mappings
|
(7)
|
33
|
| Words and their importance in development
|
(9)
|
23
|
| Words help babies learn concepts
|
(5)
|
31
|
| World views
|
(13)
|
10 & 12
|
| World-focused affect
|
(4)
|
43
|
| Wundt's first psychology experiment
|
(12)
|
45
|
| Xu and Denison 2009
|
(5)
|
26
|
| Your brain is an expensive organ
|
(4)
|
14
|
| Your inner beast
|
(8)
|
19
|
| Your name
|
(9)
|
36
|