What was supposed to be a small release turned out to be a massive update. A big thanks - and a warm welcome - to An Shu and Max, the newest members of the Reality Bending Team, and thus maintainers of NeuroKit. They worked massively to update all of the examples and docstrings. New features include:
A BRAND NEW WEBSITE with a revamped documentation, now hopefully much more useful to navigate. Check it out and let us know what you think!
An overhaul of the Complexity Indices: With more than 100 indices, NeuroKit is now the most comprehensive package to quantify chaos, entropy and fractal dimension of signals.
Tons of other improvements and fixes ☺️
Once again, a big thanks to all the contributors for their help in making NeuroKit an awesome open-source software for physiological signal processing!
Exploring the neuropsychology of reality and its distortions.
The Reality Bending Lab, led by Dominique Makowski at the University of Sussex in Brighton, UK, conducts
world-leading research on reality perception, illusions, fake news, AI-beliefs, deception and its links with
emotions, cognitive control and the Self. Using recording signals from the body (ECG, EDA…) and the brain
(EEG), we analyse data using advanced modelling (Bayesian statistics, chaos theory, computational models) and
develop
open-source tools to improve
neuropsychological science.
Pevensey 1 - room 2B7, School of Psychology, University of Sussex, BN1 9QH
University of Sussex
Brighton
is the sunniest city in the UK and, by some margin, its most cheerfully strange — on the sea, an
hour from London. The University of Sussex sits just above it in the South Downs, and its School of
Psychology is one of the largest and strongest in the country.
It is famous for its research on consciousness and interoception, with scientists like
Anil Seth,
Andy Clark,
Zoltan Dienes
and
Hugo Critchley, its teaching of cutting-edge psychological methods (with stats rockstar
Andy Field), its history of multidisciplinary research (arts and science), and its radical engagement in
open and disruptive science.
