iiinova — where your digital self keeps evolving

Paul Taylor @paultaylorbrain.bsky.social · 10/07/2026

It was very interesting being interviewed by Mathieu Perreault from @lapresse.ca a about the general implications of TMS-induced phosphenes, as was Charlotte Marshall @tomrhysmarshall.bsky.social : Several readers contacted me since share their phosphene experiences - all quite eye-opening…

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Reposted by Paul Taylor

James Dowsett @james-dowsett.bsky.social · 12/05/2026

Our paper on decoding real-world visual scenes using flicker glasses and mobile EEG is now out. Every visual scene generates a unique SSVEP waveform shape, which is also unique to each individual, and we can decode with 5–10 s of data. Evoked gamma oscillations encode the most information.

nature.com

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Reposted by Paul Taylor

Will Harrison @willjharrison.bsky.social · 09/03/2026

I'm looking for a skilled PhD student who doesn't want to work too hard but still do great science: unisc-cp.enquire.cloud/round/RND-00...

Screenshot of job ad:
How do Bayesian brains acquire priors?
APPLICATIONS CLOSE
20/4/2026 11:55 PM

Summary of the Project
This project explores how the brain constructs perceptual experience from visual input, focusing on the role of Bayesian models in perception. A key challenge in vision science is understanding how humans interpret complex scenes from the limited information available in retinal images. Modern theories suggest that perception involves probabilistic inference, where the brain integrates sensory signals with prior expectations to make sense of the world. However, the origins and nature of these expectations remain poorly understood. This research aims to advance our understanding of perceptual experience by examining how structured patterns in visual input can inform models of perception. The work spans computational modelling and experimental approaches to uncover principles that explain how visual systems interpret properties such as shape, material, and lighting from images. By addressing fundamental questions about perception, this project will contribute to psychology, neuroscience, and artificial intelligence, offering insights into how biological and artificial systems can learn to interpret complex environments.

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Reposted by Paul Taylor

Franziska Knolle @franziskaknolle.bsky.social · 01/05/2025

JOB ALERT💡We (franziskaknolle.com 🇩🇪 and www.derosierelab.com 🇫🇷) are looking for a PhD student to investigate apathy in schizophrenia using computational modelling, imaging and novel subcortical non-invasive stimulation (tTIS). The project is funded by cofund-archifun.univ-lyon1.fr PM for more info🧠

cofund-archifun.univ-lyon1.fr

ArchiFun - Home

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Reposted by Paul Taylor

Masud Husain @masudhusain.bsky.social · 06/03/2025

Why academia is sleepwalking into self-destruction. My editorial @brain1878.bsky.social If you agree with the sentiments please repost. It's important for all our sakes to stop the madness academic.oup.com/brain/articl...

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Paul Taylor @paultaylorbrain.bsky.social · 18/10/2024

Check out our new TED-Ed lesson on perception! Huge thanks to the TED Ed team, it was a great experience working with them. Looking forward to sharing it with my students next week! #scicomm ed.ted.com/lessons/what... youtu.be/G4VKiq9NEvM?...

ed.ted.com

Lessons Worth Sharing

TED-Ed celebrates the ideas of teachers and students around the world. Discover hundreds of animated lessons, create customized lessons, and share your big ideas.

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