emotions Flashcards

(43 cards)

1
Q

3 perspectives of emotion

A

emotion as a feeling
emotion as physiological arousal
emotion as behavioural acts

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2
Q

qualia

A

describes perceptive qualities of internal states

usually a blend of emotions

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3
Q

emotion

A

a subjective mental state that usually accompanied by distinctive cognition, behaviour and physiological changes

guide our responses, daily threats, and opportunity

may have without anyone being aware of it

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4
Q

emotion as a feeling

A

purely subjective self reports

can be overt behavioural signs of feelings but usually poorly correlated with inner state

very complex, perhaps a blends of numerous basic states

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5
Q

emotion as physiological arousal

A

slow

there are often distinct, measurable changes in the body that signal emotional states

brains job is to decide whether an emotion is the right response to a stimuli

objective rather than subjective, but unlabelled

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6
Q

emotion as behavioural acts

A

that can be observed and reported

emotions serve to make behaviours adaptive

this control of behaviour can be readily observed across species

ie/ attack behaviour, defensive burying, finding for food

motivated behaviours (reward behaviour) emotion is viewed as a drive

emotion tends to serve a beneficial purpose

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7
Q

wundt

A

introspection (own internal state)

3 sets of opposing states, with a given emotional state being described as a continum

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8
Q

Darwin

A

argued that the expressions of emotion were evolved traits serving specific functions, just like other evolved characteristics

expressions evolve from behaviours that indicate what an animal is likely to do next

that if this display is beneficial, it may evolve into a communicative role divorced from the original behaviour,

that opposite intentions can be signaled by opposite expressions.

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9
Q

james-lange theory of emotion

A

noted that strong emotions are inseparable from bodily sensations

J-L suggest that an environmental stimulus directly causes a physiological response and that is the perception of this bodily change that is felt as emotion

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10
Q

cannon-bard theory of emotion

A

argue against JL, nothing that a given physiological response or set of responses could be associated with a variety of emotions (simultaneously happening)
ie/ tears of joy vs tears of grief vs tears of rage

instead they view the brain as integrator of emotional experience and response, producing bodily change in reaction to emotion
- bodily change follows or parallels emotional integration

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11
Q

attribution theory - Schacter

A

argues that we attach emotional labels to one and the same sort of physiological arousal depending on environemental cues

what is the emotion that surrounds this?

ie/ aroused by a bear, you know that you are scared

argues all arousal is the same, but measurements show that it is not

also, reduced arousal due to beta blockers does not appear to blunt emotiona

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12
Q

universality of emotions

A

argues that their are 7 basic facial expressions

these are present and identical in all species

no training neccessary for these

many subties are a blending of the basic 7

can not account for a large variability of expressions
does not account for cultural diffs

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13
Q

paralinguistic theory

A

argued that we should focus on the social role of facial expression

there is no good reason to suppose that facial expression is a direct reflection of internal state

instead, they are employed as tools with distinct social goals

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14
Q

trigeminal nerve

A

5th cranial nerve

supplies for chewing

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15
Q

7th cranial nerve

A

motor neurons in facial nerve nucleus of brainstem

these motor neurons receive direct and indirect info from many cortical regions

forehead is controlled via both hemispheres, but lower part of the face is innervated from contralateral hemisphere only - this has important diagnostic implications

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16
Q

facial feedback hypothesis

A

suggest that sensory feedback from our facial expressions can effect our mood

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17
Q

superficial facial muscles

A

attach only between differentpoints of facial skin

contraction changes the shape of the mouth, eyes or nose. may even create a dimple

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18
Q

deep facial muscles

A

attach to bone and produce larger scale movement like chewing

19
Q

voluntary vs spontaneous expressions

A

voluntary is cortical

emotional activation of face muscles has a seperate subcortical route (spontaneous)

20
Q

loss of spatial smiling

A

patients with motor cortex damage or pseudobulbar palsy

when asked to smile only one half of smile is produced, other side remains limp

when told a joke, normal smile is produced

highlights existance of a seperate control system

21
Q

loss of emotional smiling

A

parkinsons disease

damage to subcortical structures

a major feature is “flat effect” during convo, but expressions can be performed to command

22
Q

kluver-bucy syndrome

A

a condition brought on by bilateral amygdala damage that is characterized by dramatic emotional changes inducing reduction in fear and anxiety

syndrome associated with damage or surgery of anterior temporal lobes

lack of fear and tameness

23
Q

microexpressions

A

0.05 sec flashes of the real emotion may break through the fake one

24
Q

polygraphy

A

capitalizes on automatic changes

basic idea that sudden changes in emotions will be reflected in one or more changes in automatic measures

detect emotions

25
the duchenne smile
contraction of the orbicularis oculi - encircles the eye and pulls skin toward the eyeball contraction of zygomaticus major - which pulls up the corners of the mouth. under cognitive control
26
guilty knowledge approach
using a piece of knowledge in the question that only the guilty party would now might show reaction to the true statement - differs from reaction to another thing innocent would react similarily to all things
27
individual response stereotypy
we have unique response patterns to various emotion-provoking stimuli present in infancy and remains unchanged throughout life
28
addison's disease
diminished glucocorticoid secretion associated with depression produce too much cortisol
29
cushing's disease
increased glucocorticoid secretion, also associated with depression not enough cortisol
30
sham rage
decortication causes animals to react previously unimportant stimuli with intense apparent rage often behaviour was not directed at particular targets, and was poorly coordinated suggests that emotional behaviours of this sort depend on cortical structures loss of cortex removed inhibition
31
papez's circuit
looked at brains of psychiatric patients and noted areas of damage looked at structural similarities ad interconnections of a number of midline subcortical structures, including amygdala, hippocampus, fornix, septum, hypothalamus and cingulate cortex
32
intermale aggression
aggression between males of same species
33
agression
behaviour that is intended to cause harm or pain to others physical or emotional caustration reduced aggression (not in humans)
34
offensive aggression
social aggression designed to attain some desired thing, status, mate
35
defensive aggression
against predators, other attackers motivation is self preservation or defense of status
36
maternal aggression
a species case of defensive aggression, can be especially violent and easily provoked in some species can be difficult to distinguish from offensive aggression at times, as it may be pre-emptive
37
predatory aggression
should be called feeding behaviour, since the motive is to eat, not to inflict injury for some purpose in humans - also a desire to harm someone
38
amygdala
group of nuclei in medial anterior part of the temporal lobe distinctive set of connection receives and integrate info from a variety of sources, especially via the basolateral and basomedial nuclei of the amygdala
39
fear circuitry
classical conditioning pairing aversive stimulus with a neutral ones
40
stress
any circumstance that upsets homeostatic balance the cluster of physiological changes associated with exposure to hard or threat, whether real or perceived SNS stimulate adrenal gland to release of epinephrine and noepinephrine increased cortisol (acts slower) decreased testosterone incrwase epinephrine and noepinephrine alterations in immune function
41
allostasis
wear and tear on the body because of internal stress
42
CNS influence on immune
via automatic nervous system or hypothal-pit-endocrine axis automatic fibres may be found within immune glands noepinephrine, peptides, alter antibody production hypothalamic lesions alter antibody production immune cels contain NT receptors
43
immune influences on CNS
presense of antibodies in hypothalamus alters neuronal firing rate other immune products such as interleukins and interferon can directly affect neural functions