Memory Lecture Notes Flashcards

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0
Q

The three basic processes necessary to remembering events

A

Encoding, storage and retrieval

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1
Q

Memory

A

Ability to store and access information over time

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2
Q

Information processing model of memory (the three stages) (Richard Atkinson and Richard shiffrin)

A

We first record information as a sensory memory, which is an immediate and very brief recording of sensory information in the memory system. We then and process information into short-term memory where we encode it three were Hursel. Short-term memory is activated memory that holds a few items briefly (a few seconds). It is similar to ram in a computer. The frontal lobe is important in this process. Information then moves into long-term memory for later retrieval. long-term memory is a relatively permanent and limitless storehouse of the memory system. The temporal those are important and long-term memory (semantic and episodic)

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3
Q

Three main forms of information is encoded

A

Visual (picture), auditory (sound) and semantic (meaning)

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4
Q

Working memory

A

This is sometimes used synonymously (and incorrectly) with short-term memory but there is an important difference. Working memory is a type of short-term memory that stresses the conscious cook, active processing of information (example doing arithmetic in your head). It is using short-term memory to accomplish tasks (example doing arithmetic in your head).the frontal lobes are important for working memory as the slope is important in organizing and corn any information

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5
Q

Episodic memory

A

Memories of events that occur in a particular time and place. Personal experiences

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6
Q

Semantic memory

A

Actual information (example vocabulary words). General knowledge of the world such as ideas, meanings, and concepts not related to personal experiences

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7
Q

Unconscious processing

A

Some information takes a short cut into long-term storage, as the brain forms new memories without our awareness

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8
Q

2 track processing (conscious versus unconscious)

A

Automatic processing and effortful processing

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9
Q

Automatic processing

A

Unconscious encoding of every day information, such as space (location of items), time (sequences of events) and frequency of events

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10
Q

Effortful processing

A

Encoding that requires attention and conscious effort, like remembering new information (example new names, addresses and phone numbers)

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11
Q

Rehearsal

A

The conscious repetition of information, either to maintain it in consciousness or to encode it forstorage. This can increase your retention of new information. Rehearsal of new information often tends to be an auditory process. We may see a new phone number (visual), or an address, but we often rehearse it verbally. So, the main and coding system in short-term memory is auditory. The main in coding system in long term memory is Semantic (by meaning), however it does also encode visual and auditory information

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12
Q

Hermann Ebbingbaus

A

Conducted important early studies on memory. He had subjects learn a list of meaningless made up syllables (example B a Z, D a X, TUV). He found that the amount of information remember depends upon the time we spent learning it. The more time subject practiced a list of syllables on day one, the fewer times they would have to practice the list to be able to remember it on day two (learning was carried over, even though so just could not successfully resolve the list at the beginning of day two). So, even after you may think you know the material, additional practice (over learning) increases learning/retention.

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13
Q

Spacing effect

A

Retain information better if we spread rehearsal (studying) over time. Cramming doesn’t work

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14
Q

Testing effect

A

We Retain information better if we repeatedly quiz ourselves over the study material.

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15
Q

Serial position effect

A

When we try to learn a list of items it is easier to remember the first and last items than the middle items. The last items Are remembered best (recency effect). The items at the beginning of the list to remember it better than the middle terms (primacy effect)

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16
Q

Implicit memory (Sometimes called unconscious memory or automatic memory)

A

Uses past experiences to remember things without thinking about them. Retaining learned skills or conditioning. Motor learning, procedural memory. Example how to ride a bicycle

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17
Q

Explicit memory

A

Memories of faxing personal events that you consciously retrieve

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18
Q

Memory consultation

A

The process by which recent memories are transferred into long-term storage. Memories (explicit) are perfect transferred from the hippocampus to the cortex. Sleep supports memory consultation.

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19
Q

Building memories (encoding process)

A

Encoding meaning and encoding imaging

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20
Q

Encoding meaning

A

You Can more easily remember information if you translate it into personally meaningful information

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21
Q

Encoding images

A

We more easily remember things that we can process busily as well as meaningfully. Our earliest memories usually involve visual imagery. High imagery words (example tree) are more easily remembered than low imagery words (example of abstract concepts such as ethics, conditioning or development).

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22
Q

Miller’s law

A

George Miller at Princeton University studied short-term memory. The average person can remember seven bits of information (approximately seven digits, plus or -2) like a phone number.

23
Q

Long-term potentiation (LTP)

A

A major process and memory and learning. Building/strengthening neural pathways in response to learning. Sign-ups is become stronger and more sensitive and transmit signals one fashionably. Sending neurons release neurotransmitters more easily causing more neural transmitters (example, serotonin, glutamate) The study of LTP is not currently well understood

24
Q

Emotion

A

Strong emotion to make certain memories very strong as in a traumatic event

25
Q

Flashbulb memories

A

Very clear lasting memory of an exciting or shocking event

26
Q

Indications of learning

A

Proof that learning took place

27
Q

The three types of indications of learning

A

Recall, recognition and relearning

28
Q

Recall

A

Memory ability demonstrated by retrieving information mostly long-term memory). Example: short answer test

29
Q

Recognition

A

Memory ability demonstrated by identifying items which have been previously learned (example, multiple-choice test). This is easier than recall but still indicates learning (to a less deep level)

30
Q

Re-learning

A

It is often used in research. Principle – if the time that it takes to learn a long list of words decreases the second time we learned it, this indicates that we previously learned and retained some of the information the first time we learned it. Four example, if it takes a person 10 rehearsals to learn a list of words on day one, but it only takes the person five rehearsals to learn that same list on day two, this indicates learning on day one.

31
Q

Retrieval cues

A

Helps recall memories. Retrieval cues are any stimulus (event, feeling, place, sight, smell, or taste) linked to a specific memory.

32
Q

Types of retrieval cues

A

Context cues, déjà vu, state dependent memory and mood congruent memory

33
Q

Forgetting

A

The ability to forget unimportant information is helpful

34
Q

Reasons we forget

A

Encoding failure, storage decay, and retrieval failure

35
Q

Encoding failure

A

Without Effortful processing, many memories never form (explicit memories)

36
Q

Storage decay

A

Even after we encode something well, we sometimes later forget it. The Forgetting curve is an example of storage decay

37
Q

Forgetting curve

A

Ebbinghaus discovered this. A research study was conducted with people who are taking a Spanish class as a second language. They compared new graduates with people who have been out of school for several years. They found that memories of the class deteriorate rapidly for about three years and then level off

38
Q

Memory trace (Use it or lose it)

A

Storage decay can be attributed to the gradual feeding of the memory trace which is an enduring physical change in the brain as a memory forms. Researchers are still working on understanding the exact nature of this process.

39
Q

Retrieval failure

A

Sometimes a memory is still in our head, but we have problems accessing it. (Tip of the tongue phenomenon)

40
Q

Causes of retrieval failure

A

Interference (proactive and retroactive), and repression

41
Q

Interference

A

Interference theory suggests that some memories competes with an interfere with other memories. When information is very similar to other information that was previously stored in memory, interference is more likely to occur. There are two basic types of interference

42
Q

Proactive interference

A

When old memory makes it more difficult or impossible to remember a new memory.

43
Q

Retroactive interference

A

Occurs when a new information interferes with your ability to remember previous learned information

44
Q

Repression

A

Repressed memories were studied by Sigmund Freud. It was thought that it was a defense mechanism in which thoughts, as feelings and memories that aroused too much anxiety were pushed out of our conscious awareness. It has been mostly disproven in modern times

45
Q

Memory construction

A

We often construct our memories as we encode them, meaning we sometimes add details that weren’t there.

46
Q

Elizabeth Loftus (memory researcher)

A

Conducted research that showed people sometimes reconstruct the memories one question after a crime or an accident. (This is why eyewitness testimonies are not very good.)

47
Q

Misinformation effect

A

Giving people fall/misleading information can affect the way they remember things. False memories can be created by suggestion.

48
Q

Order of retrieval cues

A

Retrieval cues, context cues, déjà vu, state dependent, mood congruent memory

49
Q

Amnesia

A

Amnesia is mostly caused by a head injury; sometimes disease or stress

50
Q

Two types of amnesia

A

Retrograde amnesia (old memories) and anterograde amnesia (problems forming new memories)

51
Q

Types of memory

A

Immediate, short-term, delayed, working, remote/long-term

52
Q

Korsakoff’s disease

A

Leads to all timers disease is caused by drinking too much booze such as hard liquor

53
Q

Dementia

A

Progressive dementia means it gets worse. Vascular dementia is one arteries are clogged up and affect the brain.

54
Q

Multiple personality disorder is now called dissociative identity disorder

A

.

55
Q

Dissociative Fugue

A

People throw their identity into the garbage and start over. And extreme and real version of this disorder are subconsciously done