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- Consciousness
- -monitoring internal mental processes, personal behavior, and the environment
- -controlling one’s plans based on information received through monitoring
- Preconscious Information: information that could become conscious
- -tip of the tongue, subliminal perception, blindsight
- Hypnosis: state of consciousness in which the person is susceptible to suggestion
- -four elements: told to focus on what’s being said, relax/feel tired, “let go”, vivid imagination
- -hypnotic susceptibility: degree to which a person is a good hypnotic subject
- Hypnosis theories
- -(dissociation)hypnosis works only in a person’s immediate consciousness, while a hidden observer remained aware of all that was going on
- -(social-cognitive)people who are hypnotized are merely playing the role expected of them
- Sleep
- -hypothalamus: tiny section of the brain that influences the glandular system
- -suprachiasmatic nucleus: internal clock that tells people when to wake up/sleep, tells pineal gland to secrete melatonin
- -circadian rhythm disorder: disturbances in sleep cycle, jetlag, shift work, etc
- Sleep Theories
- -adaptation: one doesn’t move around during the time of day which is most dangerous
- -restoration: one needs to restore depleted energy stores
- Sleep deprivation
- -problems: tension, mood swings, hallucinations, psychotic symptoms
- -no more than four days
- -neurochemicals: melatonin, tryptophan
- -microsleeps: brief sidesteps into sleep lasting a few seconds
- Brainwave patterns
- -electroencephalograph(eeg): used to see brainwave activity
- -beta: awake, alert, conscious
- -alpha: relaxed, calm, meditation
- -theta: deep relaxation/meditation
- -delta: deep, dreamless sleep
- Stages of sleep(nonrem)
- -1:theta:transition between wakefulness/sleep
- -2:alpha:sleep spindles(increased eeg activity), k-complexes(lower muscle tension)
- -3,4:delta:deep sleep
- Stages of sleep(rem)
- -REM:most important phase of sleep; rem rebound
- -sleep paralysis
- Dreams
- -random activation causes dreams, dreams cause activation during REM sleep
- -meaning: manifestation of subconscious, what we were thinking about the day before, nothing
- Sleep Disorders
- -Insomnia: difficulty falling/staying asleep
- -hypersomnia: difficulty staying awake during the day even with adequate sleep
- -Narcolepsy: uncontrollably falling asleep (cataplexy: loss of muscle tone)
- -sleep apnea: stop breathing
- -sleep walking: episodes of seeing, walking, or talking without memory
- -night terrors: extremely fearful emotion/behavior in sleep
- -restless leg syndrome: unusual movement
- DRUGS
- -physical dependence: tolerance, withdrawal
- -psychological dependence:
- Drug categories
- -CNS Depressants: slow down the brain/body; alcohol, barbiturates, antianxiety, GHB, rohypnol
- - CNS stimulants: stimulate the sympathetic nervous system; cocaine, amphetamines
- -dissociative anesthetics: inhibit pain by cutting off the brain’s perception of pain; PCP
- -narcotic analgesics: relieve pain/create mood changes; opium, codeine, heroin, morphine
- - hallucinogens:cause altered perception of reality;LSD, peyote, MDMA
- -inhalants:mind altering; paint, gasoline, anesthetic gases
- - cannabis
- Sensation: messages we receive from our sensory receptors
- Perception: the way sensation information is interpreted
- Psychophysics: systematic study of the relationship between physical stimulation and psychological sensation
- Stroop effect: headfux colors
- Signal-detection theory(sdt): hit, miss, false alarm, correct rejection
- Sensory adaptation: temporary physiological response to a sensed change in the environment: tuning out, driving, reading
- Vison: electromagnetic spectrum: the range of energy wavelengths we can(not) see
- Structure of the eye: cornea, iris, pupil, lens, retna
- Retna:ganglion cells; amacrine, horizontal/bipolar cells, photoreceptors
- Rods: 120M rods, no color vision, vision in dim light
- Condes: 8M, color vision, vision in bright light
- Photoreceptors: transducer stimuli into usable information
- Fovea: central receiving area, focuses on what you are looking at, all cones
- Color qualities: hue, saturation, brightness
- Visual perception: consistency; cues: relative size, gradient, interposition, motion parallax
- Vision theory
- -Gestalt: elements that are similar are grouped
- -feature-detector: cellsi n the brain respond to specific features
- -template-matching: match the stimuli we see with the perfect example
- -feature-matching: match the features of stimuli we see with features we remember
- Hearing
- -properties: amplitude, pitch, timbre
- Outer ear: pinna (collects sound waves), eardrum(vibrates when sound interacts)
- Middle ear: malleus, incus, stapes: bones that amplify sound
- Inner ear: cochlea: transmits auditory information to the brain via acoustic nerve
- Hearing theories
- -place theory: we hear each pitch based on specific places the basilar membrane in the cochlea is stimulated
- -frequency theory; the basilar membrane reproduces the frequencies it receives to the acoustic nerve
- -duplicity theory: both location and frequency
- Taste
- -four properties: sweetness, sourness, bitterness, saltiness, MSG
- Smell
- -reasons: enhancing taste, memory, survival, pheromones
- -olfactory bulbs: areas of the brain located above the sinus cavity that receive information from receptor cells
- Touch
- -sensations: pressure ,temperature, pain
- -extroception, introception
- Movement, balance, equilibrium
- -kinesthesis: how we understand our skeletal movement and positioning
- -vestibular sense: the sense of balance and equilibrium (vestibular sacs and semicircle canals)
- Synesthesia: neurological condition where sensory information from one modality is sensed in another modality
- -*graphemia, *logia, *phonia, *graphia
- Synesthesia theories
- -Degeneracy: more primitive utility of senses
- -compensation: compensating for defective senses
- -vibration; color patterns are mathematically related to sound waves
- -emotional-tone: based on emotional experiences
- -learning: a learned response in early life
- Intelligence: goal directed adaptive behavior
- Thought
- -Critical thinking; evaluating to find answer. (Analysis; breakdown, Synthesis; combining two/more)
- -Judgement/decision; moving from evaluation to choosing.
- Creativity
- -Covergent thinking;there is one answer and all lines of thinking will eventually lead to that truth. Start from theory then gather data.
- -Divergent thinking; start with one point, come up with many. Start with data then explain.
- Problems
- -Well structured; beginning specified, goals stated, transformation functions specific, evaluation functions clear. (Solve: Algorithms and Heuristics/strats)
- -Ill structured; opposite.(Solve: incubation, experience(heuristics/analogy) and insight)
- Problem Categories
- -Transformation; Move from initial state to goal state
- -Arrangement; arrange problem elements in desired fashion
- -Induction; Find principal via examples
- -Deduction; Via principals draw a conclusion
- -Divergance; Generate as many solutions as possiblem
- Obsticles and Aids to Solving
- -Obst; mental sets(entrenchment), dunctional fixedness(stereotype), negative transfer
- -Aids; Incubation, transfer of analogies, positive transfer.
- Theories
- -Utility max; max pleasure, minimize pain
- -Subjectivy utility; amount of pos/neg varies based on the person
- Common Hueristics
- -Anchoring/adjustment; change belief based on information
- -Availability; make judgement based on how easy they come to mind
- -Representativeness; How similar is something to population, degree to which it fits pattern
- Intellingence
- -Goal directed adaptive behavior
- -Based on learning, memory, language and attention/perception
- Standford-Binet
- -Overall score/Subscore; verbal reasoning, abstract/visual, gantitative, short term memory
- Wechsler IQ Test
- -Verbal scales; info, comprehension, digit span, similarities, vocab, arithmetic
- -Performance scales; object assembly, block design, digit symbol, pic arrange, pic concept, pic completion, matrix reasoning
- High Intelligence
- -Top 2% have IQ > 132
- -Smart but not much in other areas
- -Scoring well on certain tests may not predict intelligence
- -Moron: 51-70, Imbecile: 26-50, Idiot: 0-25
- -Mild ret 55-70, mod ret 40-54, severe ret 25-39, profound ret 0-24
- Individual differences
- -Some in respective skillsets, lessesning interval. Richer environments = difference
- -Validity, Reliability, Standardization
- Artificial intelligence
- -learning, reasoning, problem solving, perception, language understanding.
- -MYCIN; detecting/trating infection
- -INTERNIST; Broad diagnosis of medical problems
- -DENDREAL; IDing molecular structures of organic compounds
- Language
- -Organize, combine words, communicate.
- -Communication; Exchange of information through means such as words, gestures looks, movements and contextual cues.
- -Communicative; Express info. Arbitrary; meanings not instrinsically ID. Rule Gov; involves meaningful structure. Multiple lvls; can be restated. Productive; infinite amount that can be produced. Dynamic; constantly changing. Spontaneously aquired; without special effort.
- Pragmatics
- -Sociolinguistics; nonverbal expressions, verbal inflection etc
- Definitions
- -Phonemes; speech sounds
- -Morphemes; word building components
- -Lexicon; Collection of morphemes
- -Vocab; collection of known words
- -Syntax; structure of words
- -Perscriptive grammar; preferred use of language
- -Descriptive grammar; rules for structure/function
- -Phrase-structure grammar; superficial ordering of words
- Transformational grammar; make superficial into deep relevant info
- Errors
- -Slips of the tongue, garden path sentence, Stuttering, Dyslexia, Tourette's
- -Dynsarthria; muscles in face slow
- -Aphasia; limited speech, reading, writing, listening
- -Apraxia; trouble producing words
- -Selective mutism; Lack of speech in certain situations
- -Spasmodic dysphonia; persistant hoarseness/quivering/jerkiness of voice
- Disorders
- -Orofacial Myofunctional; tongue too far forward in mouth
- -ALS/Lou Gehrig's; inability to speak loud/clear and eventually not at all
- -Huntingtons; slowed speech, word finding difficulty and progressive
- Brain Activity
- -Broca(left front lobe); movement of mouth, grammatical speech
- -Wernicke(left temp lobe); language comprehension.
- -Left hemisphere; syntax/writing
- -Right; auditory/linguistic comprehension
- -Linguistic Relativity; language influences the way one thinks/develops
- Early Language
- -Parental response, cooing, babbling, holophrases(1 word), telegraph speech(2 word)
- Language Aquisition
- -Nature/critical periods; time of rapid development
- -Nurture; imitation/conditioning(rewarded for correct sounds)
- Convenience Language
- -Pidgin; combining two+ languages for individuals that speak but one.
- -Creole; pidgin languages passed down as first language
- -Code/switching; switching between languages (spanglish)
- -Mixed; combining languages for people well versed in both
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