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paper: 1/f in behavior and neural data

October 16, 2020

behavioral and neuronal measures acquired over the course of an experiment display fluctuations on fast as well as slow scales. if one computes a correlation between two _independent_ sets of such measurements, very likely strong spurious correlations will be seen. pic.twitter.com/C2muytZDhF

— Natalie Schaworonkow (@nschawor) October 16, 2020

Tags: 1/f-exponent, behavior, lrtc, own-papers, statistics

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slow drifts during an experiment

June 09, 2021

during a long experiment, there can be different sources of variability. for example, the participant can get sleepy, which influences measures like reaction times on a slower timescale. these slow drifts can then mask differences between experimental conditions. pic.twitter.com/kGiK78Yf02

— Natalie Schaworonkow (@nschawor) June 9, 2021

small N, big correlation

February 10, 2021

"but the correlation is so large, it must be a robust effect" 🤔 for small samples, large values for the computed correlation coefficient are more likely to appear, even in the absence of any relationship. see here for 2 independently generated variables & different sample sizes: pic.twitter.com/bkUfOypGz2

— Natalie Schaworonkow (@nschawor) February 11, 2021

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