Excited to announce that my co-first authorship paper with @tampham94 - "Brain Entropy, Fractal Dimensions and Predictability: A Review of Complexity Measures for EEG in Healthy and Neuropsychiatric Populations" is finally published! 🎉🥂
Full text here:
https://t.co/wlgOnm2pHr
1k stars for #NeuroKit I'd have never believed we would reach such a milestone 😍
Congrats and huuuge thanks to all contributors and users, *you* made it happen 🫡
Long live #Python and #Psychophysiology!
https://t.co/svC7FG92uj
And I have to mention this - one of the highlights of our article is this brilliant figure that @Dom_Makowski whipped up with some magic to illustrate the difference between complexity, order, and randomness 🤩
Excited to announce that my co-first authorship paper with @tampham94 - "Brain Entropy, Fractal Dimensions and Predictability: A Review of Complexity Measures for EEG in Healthy and Neuropsychiatric Populations" is finally published! 🎉🥂
Full text here:
https://t.co/wlgOnm2pHr
Wild new research tool alert!🤯If you plug a research question into https://t.co/0Dmcw1vPaM, it uses AI to not only find relevant papers but pulls out ANSWERS from the papers. Adding to my list of things that would've changed the game at the start of my PhD #AcademicTwitter
🥳 It's up! Our software package📦implements a parametric framework for generating visual illusions (https://t.co/HlpnEBUEOo), such as the classic Delboeuf, Ebbinghaus, and Ponzo illusions to name a few. I also presented this last August at @ecvp2021 - which was great fun!
1/2 Our free and open-access software to create and manipulate visual #illusions in #Python has been published! 👁️👁️
Full text here: https://t.co/Vil8FGIgVl
Accompanying my explorations of chaos, revamped attractor plots with side 2D-projections are coming up in the next version of #NeuroKit
Fractal neurophysiology is gonna look good
I'm starting an artistic project combining generative art, body and brain signals (#ECG#EEG), and a pinch of #chaos theory and complexity science. It's work-in-progress with more (hopefully) interesting works coming up soon :)
https://t.co/UMGUxY5UW5
#fractals#generativeart
#NeuroKit 0.1.5 is finally out! Lots of improvements and fixes and, most importantly, the package now has the most comprehensive support for complexity indices (tons of algorithms to quantify #entropy, #fractal dimensions, and other measures of #Chaos)
https://t.co/KNFjjY3NXI
❤️🔥NEW PREPRINT❤️🔥on Heart Rate Variability #HRV
We applied #metaclustering (thanks @easystats4u 🥳) to better understand the relationships between HRV indices and improve their reporting guidelines.
https://t.co/Ci4j8g3QKh
A short thread👇👇1/3
Check out the brand new functionality (thanks to @Dom_Makowski) that makes carrying out and visualizing clustering analysis in the 'easystats' ecosystem really easy and straightforward! 🙌
https://t.co/nDWVoAISXO
#rstats
So happy this has come to fruition! Couldn’t have done this without my co-first author @tampham94 who made writing this truly enjoyable (albeit slightly *chaotic* 🥳) Fingers crossed for submission 🤞 #AcademicTwitter
Our new preprint is out! With @tampham94@Dom_Makowski and @DrAnnabelChen, we review an exciting development in the field of neuropsychiatry and psychology — the use of complexity analysis to understand chaos in the brain 🧠
Read here: https://t.co/lWkp38cS6S
In the second part, we synthesise studies of EEG complexity conducted in healthy and neuropsychiatric populations, and address conceptual and methodological issues that currently challenge the notion of healthy = complexity.
Our work on a Parametric Framework to Generate Visual Illusions using Python 👁️ will be showcased tomorrow during #ECVP2021 from 11am to 1pm (CEST)! Drop by our slack channel to find out more and chat with us then 😊
@Dom_Makowski@tampham94 @BoyceWP @DrAnnabelChen