Michael Posner's research on attention, cueing, and inhibition of return (IOR) has been instrumental in understanding the dynamics of attentional processes. In a landmark experiment conducted with Yantis in 1984, participants fixated on a central point while stimuli were presented to the left or right. Prior to the presentation of the target stimulus, a cue appeared at either the same location as the target (valid cue) or the opposite location (invalid cue). Posner observed that reaction times were quicker when the cue correctly predicted the target's location (valid cue), indicating efficient attentional allocation. Conversely, when the cue appeared at the opposite location of the target (invalid cue), reaction times were slower compared to when no cue was present. This phenomenon, termed inhibition of return, suggests a delay in processing stimuli at the location of the invalid cue, suppressing attention temporarily. [Diagram] This diagram illustrates the experimental setup used by Posner and Yantis. It shows the fixation point in the center, cue locations (valid and invalid), and target stimulus locations. The arrows indicate the direction of attentional shift induced by the cues, while the difference in reaction times between valid and invalid cues demonstrates the effect of cueing on attentional processes and inhibition of return. Posner's research significantly advanced our understanding of how attention is guided and modulated by cues in the environment. I took like from CHATGPT This was written by AI Please reword this out in a way that’s written by a human Also if possible, please include a hand drawn diagram Thank you
Michael Posner's research on attention, cueing, and inhibition of return (IOR) has been instrumental in understanding the dynamics of attentional processes. In a landmark experiment conducted with Yantis in 1984, participants fixated on a central point while stimuli were presented to the left or right. Prior to the presentation of the target stimulus, a cue appeared at either the same location as the target (valid cue) or the opposite location (invalid cue). Posner observed that reaction times were quicker when the cue correctly predicted the target's location (valid cue), indicating efficient attentional allocation. Conversely, when the cue appeared at the opposite location of the target (invalid cue), reaction times were slower compared to when no cue was present. This phenomenon, termed inhibition of return, suggests a delay in processing stimuli at the location of the invalid cue, suppressing attention temporarily. [Diagram] This diagram illustrates the experimental setup used by Posner and Yantis. It shows the fixation point in the center, cue locations (valid and invalid), and target stimulus locations. The arrows indicate the direction of attentional shift induced by the cues, while the difference in reaction times between valid and invalid cues demonstrates the effect of cueing on attentional processes and inhibition of return. Posner's research significantly advanced our understanding of how attention is guided and modulated by cues in the environment. I took like from CHATGPT This was written by AI Please reword this out in a way that’s written by a human Also if possible, please include a hand drawn diagram Thank you
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Michael Posner's research on attention, cueing, and inhibition of return (IOR) has been instrumental in understanding the dynamics of attentional processes. In a landmark experiment conducted with Yantis in 1984, participants fixated on a central point while stimuli were presented to the left or right. Prior to the presentation of the target stimulus, a cue appeared at either the same location as the target (valid cue) or the opposite location (invalid cue).
Posner observed that reaction times were quicker when the cue correctly predicted the target's location (valid cue), indicating efficient attentional allocation. Conversely, when the cue appeared at the opposite location of the target (invalid cue), reaction times were slower compared to when no cue was present. This phenomenon, termed inhibition of return, suggests a delay in processing stimuli at the location of the invalid cue, suppressing attention temporarily.
[Diagram]
This diagram illustrates the experimental setup used by Posner and Yantis. It shows the fixation point in the center, cue locations (valid and invalid), and target stimulus locations. The arrows indicate the direction of attentional shift induced by the cues, while the difference in reaction times between valid and invalid cues demonstrates the effect of cueing on attentional processes and inhibition of return. Posner's research significantly advanced our understanding of how attention is guided and modulated by cues in the environment.
I took like from CHATGPT
This was written by AI
Please reword this out in a way that’s written by a human
Also if possible, please include a hand drawn diagram
Thank you
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