TMSMultiLab

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.

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...

Are you looking for a postdoc position or research assistant experience in the bleeding-edge closed-loop, robotic TMS-EEG? Email me or check out my lab's website for more details. #TMS #Neuromodulation

Join us for our free webinar from two fantastic solicitors from the Irish Human Rights Equality Commission to learn about your rights, staff or student, to protection against bullying, harassment and sexual harassment in healthcare and academia in Ireland. Register: tcd-ie.zoom.us/webinar/regi...

This Friday at 14:00 GMT, if you've got nothing better to do, but talk about #TMS #BrainStim theory & methods

👇

The HandLab announces an Exclusive New Episode (#2) of

#TMSIsNotFocal

Foot *and* hand responses from 2cm behind the vertex (~7cm away from hand area)

Blue: thumb muscle
Green: big toe muscle

TMS: Magstim 200^2, 10cm outer diameter figure 8 coil, 2cm behind vertex, 65% MSO

#BrainStim #Methods

📣 PsychoPy Studio is out now!!

✨ Which also means swish new branding on psychopy.org ✨

We really hope that this improves user experience in general.

Please download and try it. Let us know how you get on via the forum discourse.psychopy.org/t/introducin...

Official Virtual PsychoPy Workshop 2026 April 21st-24th Get started learning PsychoPy with the team that make the tools.

🦆 Good morning early birds... (depending on your timezone...)

Early bird registration for our Official PsychoPy Workshop (Virtual) ends this Friday (27th).

Details and registration below 👇

www.eventbrite.com/e/official-v...

Drop in now to explore how the mind works with fun, hands-on cognitive psychology activities at the Science Bazaar 🎈🧠✨.
#Event #Oxford #ScienceBazaar
@obupsychology.bsky.social @obu-hst-research.bsky.social #oxfordbrookes

"You see what you look for, and you look for what you know."

We are proud to release FOCUS: a 100 μm deformable human subcortical atlas precisely registered to MNI space.

www.biorxiv.org/content/10.6...

My last preprint on tDCS:
Neither conventional nor HD tDCS boost motor sequence learning in healthy older individuals:
www.biorxiv.org/content/10.6...

👀⚡🐀🧲🧠😍

💭 Join us this May for a workshop on an Introduction to Non-Invasive Brain Stimulation!

Our team will provide an introduction to the main types of transcranial brain stimulation: ultrasound, electrical, and magnetic.

➡️ Learn more: bit.ly/4tFiZSq

📣 Join our upcoming workshop on Transcranial Ultrasound Stimulation!

The session will focus on TUS study design, supported by group discussions, and feature interactive demonstrations of TUS techniques, measurements, and acoustic field simulations.

➡️ Learn more: bit.ly/4qNXIDF

🌟 Join our upcoming workshop on an introduction to the BESA Research Software!

Participants will explore how to integrate BESA into research workflows, gain insight into its key features and capabilities, and learn best-practice approaches for EEG/MEG analysis.

➡️ Learn more: bit.ly/4rmccvl

Meetings Resources, data and code to help you run a TMS laboratory - TMSMultiLab/TMSMultiLab

TMSMultiLab's next monthly meeting:

27th February 14:00 GMT 🤝⚡️🧠

"Dose-response (input-output) curves: Ground truth for testing TMS methods?"

by me (@TheHandLab)

Details & Zoom link via github 👇 & slack (request an invite)

github.com/TMSMultiLab/...

Another productive visit to the birthplace of #TMS - Queen's Square, UCL 🧠🧲⚡️

The International Day of Women and Girls in Science is definitely one to celebrate. We have come a long way, and the future is bright and hopeful. But to get there, we need to keep acknowledging the systemic biases that sadly still exist nowadays 👇🏻

Dark blue hexagon, with a light blue frame. Features a brain facing the left, with the front half as a wire-frame mesh of light blue, and the back half with several polygon segments of different colours. Below is written "ggseg" in light blue.

The ggseg ecosystem finally has a proper home! 🧠

For those who don't know, ggseg is an R package ecosystem for visualizing brain atlas data. Think ggplot2, but for brains.

#rstats #neuroimaging #openscience

PsychoPy Studio: the app we love, reimagined It’s now over 20 years since PsychoPy’s humble beginnings as an open-source Python library to help users present high-precision stimuli and collect responses from participants. Since 2009 PsychoPy…

We're getting excited... just putting the finishing touches to
**PsychoPy Studio**

This is a complete rewrite of the PsychoPy Builder/Coder app, now packaged in Electron.

Faster load, modernised UI, web-ready, independent of the Python interpreter
🎉 🚀

blog.psychopy.org/general%20bl...

Nuclear-powered TMS?

ReTruthing

TOTALLY!

TMSMultiLab kindly requests that you show TMS coils TO SCALE on your methods brain Figures. This looks like the tiniest #TMS coil ever invented. In reality, the coil would cover ~2/3 of the brain. Make coils GREAT again!

Thank you for your attention to this matter.

⚡️⚡️⚡️ #TMS #FRIDAY IS HERE ⚡️⚡️⚡️

Today we hear from Dr Giacomo Bertazzoli, talking about the NIBS-BIDS project to bring TMS (& other #NIBS) into the #BIDS family

14:00 GMT, via Zoom

⚡️⚡️⚡️TMS FRIDAY IS COMIMG⚡️⚡️⚡️

Meetings Resources, data and code to help you run a TMS laboratory - TMSMultiLab/TMSMultiLab

第12屆TMSMultiLab會議將由Dr Giacomo Bertazzol（https://orcid.org/0000-0003-1624-2576）主持，會議主題為"The NIBS-BIDS proposal"。該會議定於1月30日（星期五）格林尼治標準時間14點，透過Zoom平台舉行。會議連結將透過Github/Slack發佈，歡迎加入以獲取具體資訊。
github.com/TMSMultiLab/...
#DataSharing #OpenScience #Standards #TMS #BrainStim @tmsmultilab.bsky.social

Meeting link via Github / Slack - join us to find out where!

Meetings Resources, data and code to help you run a TMS laboratory - TMSMultiLab/TMSMultiLab

The 12th TMSMultiLab meeting will be lead by

Dr Giacomo Bertazzoli
(orcid.org/0000-0003-16...)

on

"The NIBS-BIDS proposal"

Friday 30th Jan, 14h GMT, Zoom

All acronyms will be explained, but its about:

#DataSharing #OpenScience #Standards #TMS #BrainStim

github.com/TMSMultiLab/...

Please spread the word🔊My lab is looking to hire two international postdocs. If you want to do comp neuro, combine machine learning and awesome math to understand neural circuit activity, then come work with us! Bonn is such a cool place for neuroscience now, you don't want to miss out.

two of the four examples discussed in this talk are from #TMS studies