Caroline Phelps
@carolinephelps.bsky.social
Chronic pain, decision making and memory | Postdoc at Georgia Tech in NRD lab | Tennis player | Loves tea, cake and a good book.
Poppy is “helping” me read this paper today
October 13, 2025 at 7:08 PM
Poppy is “helping” me read this paper today
We thought the ideal task to test both of these hypotheses was the Sternberg Task.
⭐5 levels of difficulty
⭐Response time increases with items in working memory (see fig - look at that lovely line!)
⭐ ideal for testing both limited slots in working memory and arousal hypotheses ⭐
⭐5 levels of difficulty
⭐Response time increases with items in working memory (see fig - look at that lovely line!)
⭐ ideal for testing both limited slots in working memory and arousal hypotheses ⭐
May 22, 2025 at 8:26 PM
We thought the ideal task to test both of these hypotheses was the Sternberg Task.
⭐5 levels of difficulty
⭐Response time increases with items in working memory (see fig - look at that lovely line!)
⭐ ideal for testing both limited slots in working memory and arousal hypotheses ⭐
⭐5 levels of difficulty
⭐Response time increases with items in working memory (see fig - look at that lovely line!)
⭐ ideal for testing both limited slots in working memory and arousal hypotheses ⭐
Poppy, Stella and Noelle 100% agree with this writeup
May 19, 2025 at 7:34 PM
Poppy, Stella and Noelle 100% agree with this writeup
Older adults use less random exploration, so how does this happen?
We focus on the drift diffusion model, where evidence for a decision is noisily accumulated over time, until it passes the threshold for one option or the other.
We focus on the drift diffusion model, where evidence for a decision is noisily accumulated over time, until it passes the threshold for one option or the other.
February 24, 2025 at 9:18 PM
Older adults use less random exploration, so how does this happen?
We focus on the drift diffusion model, where evidence for a decision is noisily accumulated over time, until it passes the threshold for one option or the other.
We focus on the drift diffusion model, where evidence for a decision is noisily accumulated over time, until it passes the threshold for one option or the other.