I didn't see this one coming 😅

Fact: There will be another 4 years old kid in almost 2 years!!
Prediction: They will have even more complicated questions.
Example: What color will the car be that crashes into ours?

With wonderful colleagues from Dundee, Glasgow, and Stirling 🏴󠁧󠁢󠁳󠁣󠁴󠁿🏴󠁧󠁢󠁳󠁣󠁴󠁿

It was such a wonderful experience to present our work on my birthday here at #ICON2025!!

Presented our work at #BACN2025. That was a very great time to meet many lovely and smart people around!

Visceral Mind School, September 2025. One of my best experiences I have ever had!!

Absolutely, there’s a lot of uncertainty. We tried to highlight the tricky areas that future studies could focus on and explore further!!

No, the window does not influence the offset that much, and yes, it is interesting!!

Our new preprint from our amazing team is now out! Check it out here: doi.org/10.1101/2025...

However, based on Fig. S1, narrower windows like [1–20] Hz or [3–20] Hz might not be ideal for estimating the exponent.

It’s possible that using different windows, like [4–X] Hz or [6–X] Hz, or varying the additional parameters, could change the group difference, or not. The reason why the [1–X] Hz window shows a smaller exponent remains uncertain.

Although these additional parameters were kept constant while only the window length was varied, we can’t rule out the possibility that their interaction with window length may influence the results (e.g., [1–X] Hz × peak threshold × minimum peak height, etc.).

Thanks Alina. The group difference observed in Fig. S1 might not be solely due to the choice of window length (e.g., [1–X] Hz or [3–X] Hz), but could also involve interactions between the window length and other parameters used in the Specparam model, such as peak threshold and minimum peak height.

Registration open for our Neuroimaging summer school in Cambridge in September 2025: www.mrc-cbu.cam.ac.uk/events/cogne...

📣Symposium :
Join us on Dec 11 for “Oscillatory Brain Waves: Mechanisms, Functions, & Clinical Perspectives”!
A @unil.bsky.social x @unipd.bsky.social partnership, 8 international young researchers will present findings on EEG rhythms #100YearsEEG #EEG 🌐
Details: brain-waves-workshop.github.io/2024/