Memory (Test October 3rd, 2024) Flashcards

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1
Q

Superior Autobiographical Memory (HSAM)

A

Hyperthymesia- People can’t forget anything and can remember every second of their lives. Only 60-80 people in the world have this.

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2
Q

Memory process

A

Has three different parts- Encoding, storage, and retrieval.

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3
Q

Where is sight in the brain?

A

The very back of the head to make sure it is best protected at the thickest part of the skull.

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4
Q

Explicit memories vs implicit memories

A

Explicit- The conscious part of your brain recalls these memories with effortful processing. Problem-solving, recall, etc.
Implicit- They don’t need direct thought to be accessed (subconscious) and have automatic processing. Walking, phobias, etc.

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5
Q

Duel track minds

A

Consciousness is the “high” track and unconsciousness is the “low” track.

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6
Q

Procedural memory

A

The memory of how to do something. When you can show someone how to do something even if you can’t explain it. Riding a bike, playing a song, etc.

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7
Q

Episodic memory

A

The who, what, when, and where of a memory; are almost like episodes in your life where you can remember all of these things. Driving a car for the first time, etc.

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8
Q

Encoding

A

We only encode about 1% of our day. For something to have a chance of entering your memory by being encoded, you have to be paying attention. Some chemicals affect attention (stimulants increase it and can be blocked with artificial sweeteners like in coffee, depressants reduce attention). Emotional involvement, as well as humor, can grab your attention.

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9
Q

Mnemonic devices

A

You’re more likely to pay attention if it means something to you.

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10
Q

Semantic encoding

A

Giving meaning to something that originally has no meaning.

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11
Q

Chunking

A

Mnemonic device and example of semantic encoding. Reduces the number of items you have to remember by grouping things together like with phone numbers.

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12
Q

Self-referencing

A

Mnemonic device and example of semantic encoding. The more something has to do with you, the more likely you are to remember it. Passwords and codes typically have to do with things like birthdays.

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13
Q

Anagram

A

Mnemonic device and example of semantic encoding. A list of words using the first letters of each word.

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14
Q

Peg word

A

Mnemonic device and example of semantic encoding. Associating words and numbers to memorize a list.

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15
Q

Spacing effect

A

Mnemonic device and example of semantic encoding. More, shorter rehearsal sessions to produce better memory rather than less, longer sessions. Avoid cramming before a test.

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16
Q

Serial position effect

A

Mnemonic device and example of semantic encoding. You remember something better when it is at the top or bottom of a list.

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17
Q

Primacy vs recency effect

A

Serial position effect (mnemonic device and example of semantic encoding).
Primacy- The first item in a list.
Recency- Last item in a list.

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18
Q

Method of Loci technique

A

Mnemonic device and example of semantic encoding. To memorize a list and visualize a place you journey through the find the items on the list. If you can find the place you mentally put it in, you can remember the thing. “Mind palace.”

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19
Q

Sensory memory

A

Brief physiological memory of touch, etc. It’s the starting point of all memories because all memories first come through one of the five senses.

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20
Q

Flashbulb memory

A

A clear memory of an emotionally significant moment or event. Increases the impact of sensory memories.

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21
Q

Echoic memory

A

Memory of hearing. Lasts four seconds.

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22
Q

Phonological loop

A

Part of echoic memory. You play back what someone just said to “hear it again.”

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23
Q

Iconic memory

A

“Eye”-conic memory. The memory of vision. Lasts one second.

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24
Q

Photographic memory

A

There is no such thing.

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25
Q

Eideticism

A

When someone is eidetic their iconic memory lasts a bit longer than normal.

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26
Q

George A. Miller

A

He said you can only hold 7-9 pieces of information in your short-term memory at a time and that it only lasts for about 30 seconds.

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27
Q

Short-term memory

A

You can hold 7-9 pieces of information for about 30 seconds before you forget. The 7-9 number is attributed to George A. Miller.

28
Q

Working memory

A

The gray area between long and short-term memory. Ex. Keeping an address in mind (long-term) while receiving directions (short-term).

29
Q

Long-term memory

A

Our brains are essentially limitless for all of our long-term memory.

30
Q

Brain storing memory

A

The frontal lobe judges if something is worth saving and the hippocampus (not functional until around age three) pushes the piece of information to the saved.

31
Q

The forgetting curve

A

Herman Ebbinghauns. You learn something, retention drops, then levels off. After three years a memory becomes relatively permanent.

32
Q

Retrieval

A

When you remember a memory and “retrieve” it.

33
Q

Testing effect

A

Long-term memory improves when every now and then you are forced to rehearse/remember something.

34
Q

Two types of retrieval

A

Recall- Like filling in the blank, only relying on remembering,
Recognition- There are cues like on a multiple choice test that can help you remember. The use of cues as a trigger is called priming.
The difference between the two is that a cue gives you a clue.

35
Q

Thought bouncing

A

An example of memory being primed. You go from one thought to another as they remind you of different things.

36
Q

Color of memory

A

Yellow is cognitively the color of memory (the reason highlighters are yellow).

37
Q

State-dependant memory

A

Mood congruent memory. If you were in the same mood as you were when you encoded something, you are more likely to remember it.

38
Q

Context-dependant memory

A

The time, place, and sensory information that can help trigger recall. This is why sitting in the same seat for both class when you learned something and the test can be beneficial.

39
Q

Automaticity

A

Frequent rehearsals lead to overlearning where you can do something without thinking about it much. Driving, playing an instrument, tying your shoes, etc.

40
Q

Forgetting

A

When any of the memory process steps are broken down (encoding, storage, retrieval).

41
Q

Bad memories

A

They can be helped with social interactions. Distractions are the gateway to forgetting.
Because our attention is very limited, forming new memories with social interactions as distractions can help take your mind off of the bad memories.

42
Q

The interference theory of forgetting

A

Proactive interference- Old memories interfere with the creation of new memories.
Retroactive interference- New memories block out the retrieval of old ones.

43
Q

Goldfield’s syndrome

A

It was made up in 50 1st dates. It’s not real. Hollywood makes up things like this all the time so it’s important to stay wary.

44
Q

Retrograde amnesia

A

You lose some of your preexisting memory.

45
Q

Anterograde amnesia

A

You can’t form new memories.

46
Q

Organic amnesia

A

Caused by physical trauma or viruses that cause you to lose your memory.

47
Q

Dissociative amnesia

A

Forgetting caused by severe psychological trauma.

48
Q

Source amnesia

A

You know something but don’t remember the time, person, or place associated with the event.

49
Q

Source misattirbution

A

You can’t remember or misremember by believing you’re right but are completely wrong.

50
Q

Déjá vu

A

A sense that one had experienced something before. Not falsifiable.

51
Q

Corpus collosum

A

The bridge between the right and left brain.

52
Q

Memory manipulation

A

Memories can be changed and affected by you or others.

53
Q

Elizabeth Loftus

A

She talks about false memories and how they are suggestive and malleable like a wiki page. She worked with repressed memories. There is no proof of them. Wanted to fight that some therapists would work with them to place answers in people’s minds (using leading questions, etc.), causing them to misremember.

54
Q

Leading cause of wrongful convictions?

A

Eye-witness misidentification

55
Q

Misinformation effect

A

Misleading/false information that can be incorporated into real memory over time.

56
Q

What does your brain do when it doesn’t have all of the information?

A

It tries to fill in the gaps and complete the story which is why misinformation and lack of information can cause false memories.

57
Q

Weapon-focus effect

A

When your life is threatened, you are more likely to focus on the weapon/life-threatening factor. Stress affects the memory and too much can cause you to shut down. With too little, we don’t pay attention.

58
Q

Cross-race identification bias

A

We can’t distinguish well between the differences of members of other races.

59
Q

Question-wording and eye-witness testimony

A

Word usage in questions with framing affects answers/memory. Ex. In an experiment, people were asked how fast they thought a car was going when they crashed/bumped (using those two words interchangeably). Those with the word bumped said the car was going 10-20 mph while those with the word crashed were closer to 40 mph even though they both watched the same video.

60
Q

Children’s eye-witness testimony

A

Around 10-11, they become as reliable as an adult witness. The younger they are the more easily manipulated so you must be very careful with how the questions are worded. When parents are in the room they are also more likely to lie to appeal to what they think their parents want to hear. In TN you can interview children without parents, but not in some other states.

61
Q

Leading questions

A

Working to suggest and get someone to answer in a certain way. Used as manipulation.

62
Q

Parts of the brain that access explicit (conscious/effortful) memory formation.

A

Frontal lobes and the hippocampus

63
Q

Parts of the brain that work with implicit (subconscious) memory formation.

A

Cerebellum and basal ganglia

64
Q

Part of the brain that is related to emotion-related memory formation.

A

Amygdala. Provoked by things like stress.

65
Q

Yerkes-Dodson curve

A

Stress/anxiety correlates with performance. Is a bell curve. With lower arousal there is lower performance that increases with more arousal, causing higher attention and interest. There is a peak in the middle with medium arousal and high performance (the top of the bell curve). When the stress gets too high performance goes back down again and becomes impaired because of the strong anxiety.