lecture 7

Question 1

cross-modal rhythm perception

Question 2

visual info that gets perceived as a beat what is going on?

Answer 2

could get converted into an auditory-based form “what we imagine it sounds like” and relies on basic neurology that drives beat perception “piggybacking” on hearing

Question 3

stronger beat perception and greater basal ganglia activation is observed in participants were first presented with auditory examples

Question 4

conditions to hearing something visual as experimental groups

Answer 4

1. exposed to auditory first
2. exposed to visual first
3. exposed to only visual

Question 5

best condition to perform the tapping task with cross modal cues

Answer 5

hear the beat, see it and then put it together

Question 6

how do you deny the practice effects in cross-modal rhythm perception tests

Answer 6

we see that the visual first and auditory second is not the superior group

Question 7

supra-modal

Answer 7

modality general/non specific

Question 8

cross-modal rhythm perception differences

Answer 8

could be supra-modal process/mechanism that supports rhythm perception, regardless of what modality that rhythm exists in

Question 9

putamen correlated with rhythm perception

Answer 9

activity is it is correlated with strong rhythm perception, regardless of modality

Question 10

missing slide

Question 11

missing slide

Question 12

missing

Question 13

individual differences in rhythm perception

Answer 13

• musical training
• culture
• auditory STM and/or working memory
• dopaminergic function
• regularity detection

Question 14

regularity detection

Answer 14

the ability to detect patterns; requires perception of slight changes in the structure of some repeated stimuli in anticipation of what is likely to come next

Question 29

some animals that can keep a beat

Answer 29

sea lions,

Question 30

animals that cannot keep a beat

Answer 30

primates, they can create a sound

Question 31

comparatic