Konstantina Kilteni

@kkilteni.bsky.social

Assistant Professor and PI at Donders and Karolinska Institutes @ERCgrantees. I study actions, touch, and tickles 🧠 (https://www.kiltenilab.org/). Ελληνίδα μάνα who cooks dolmadakia for friends.

New paper out from @noacemeljic.bsky.social at @ejneuroscience.bsky.social ! He studied whether the availability of visual input changes the temporal modulation of tactile perception during movement! 👇👇👇 (spoiler: and it does!)

Noa Cemeljic@noacemeljic.bsky.social · 5mo ago

Happy to share that our new paper has been published in the European Journal of Neuroscience (@ejneuroscience.bsky.social)! Using psychophysics, we show that vision fine-tunes self-touch predictions, leading to the temporal modulation of somatosensory perception during movements to self-touch.

“Humans across multiple languages spontaneously associate the nonwords kiki & bouba with spiky & round shapes, respectively...We tested the bouba-kiki effect in baby chickens. Similar to humans, they spontaneously chose a spiky shape when hearing a kiki sound & a round shape when hearing a bouba.”😲🧪

Matching sounds to shapes: Evidence of the bouba-kiki effect in naïve baby chicks

Humans across multiple languages spontaneously associate the nonwords “kiki” and “bouba” with spiky and round shapes, respectively, a phenomenon named the bouba-kiki effect. To explore the origin of t...

science.org

New paper from the lab: we look at changes in cerebellar grey matter with aging and how it can account for changes in cerebellar function. 1. Cerebellar volumes from all regions decrease similarly 2. Topological organization stayed similar 3. No structure-function relationship was found

bioRxiv Neuroscience@biorxiv-neursci.bsky.social · 6mo ago

Aging is associated with uniform structural decline across cerebellar regions while preserving topological organization and showing no relation with sensorimotor function https://www.biorxiv.org/content/10.64898/2026.02.13.705695v1

Are you interested in a MSc/PhD in human sensorimotor neuroscience? Learn to design experiments, analyze data, read & write papers, present at conferences, & work with a vibrant group of students & faculty in a world-class research environment. #neuroskyence #psychscisky gribblelab.org/join.html

Paul Gribble PhD

gribblelab.org

Jörn Diedrichsen@diedrichsenjorn.bsky.social · 9mo ago

The Sensorimotor Superlab with @gribblelab.org and @andpru.bsky.social is a unique place to work and learn. We are now accepting MSc and PhD applications for Fall 2026. Join our awesome team at Western University... For application instructions see diedrichsenlab.org and gribblelab.org/join.html!

Academic publishing is broken due to for-profit actors. Time to explore alternatives as researchers → A Diamond Open Access conference, Feb 5-6, 2026 in Nijmegen NL. Free registration (limited seats): horizondiamond.nl Let's build a sustainable publishing infrastructure together.

Bild

New preprint! tinyurl.com/y6z57dsm How do people discover an effective strategy when the environment shifts—say, when adapting to an unfamiliar trackpad? Our take: strategic motor adaptation isn’t a smooth process of error reduction but rather a process of hypothesis testing. 🧵

Hypothesis Testing Governs an Efficiency-Flexibility Trade-off in Strategic Motor Learning

It remains unknown how people discover an effective movement strategy when the environment changes (e.g., when adapting to a new computer trackpad). We propose that strategic adaptation operates throu...

tinyurl.com

On a roll with papers this week. PNAS paper with @michealdebarra.bsky.social giving some evidence to the idea that people turn to the supernatural because of uncertainty about causal processes. BONUS of curing whooping cough with donkeys and warts with snails 🐌

Centre for Culture and Evolution@brunelcce.bsky.social · 8mo ago

1/ 🧵 New PNAS paper by CCE’s @michealdebarra.bsky.social @aiyanakoka.bsky.social with Angel V Jiménez and Nachita Rosun🎉 📄 Why do people turn to religious or supernatural cures? 🧪🏺 #evolpsy #evolanth #evolutionarybehaviouralsciences #culturalevolution

Did you know the heart imprints onto the voice? New preprint spearheaded by Marijn Hafkamp, confirming (seemingly forgotten) research from the 80's and testing for the first time possible biomechanical mechanisms (evidence points to heart-lung-voice interactions). wimpouw.com/files/Hafkam...

Bild

"Neuroscientists need better training in computational methods." We got you. Join us in July: neuromatch.io/courses/ Our #ComputationalNeuroscience course is the perfect way to gain practical experience and build a strong foundation in this field.

The Transmitter @thetransmitter.bsky.social · 8mo ago

As neuroscience expands, @thetransmitter.bsky.social asks, how can neuroscience training programs best meet the needs of students and the field? See what survey respondents had to say: www.thetransmitter.org/training/how... #neuroskyence #StateOfNeuroscience

So happy this paper is now out in @plosbiology.org! We investigated whether fluctuations in MEPs can be explained by phasic influences from internal bodily rhythms, and whether this might happen independently per organ system. #interoception #neuroskyence

PLOS Biology@plosbiology.org · 9mo ago

How do internal bodily rhythms influence #brain activity & motor function? @tahnee-engelen.bsky.social &co show that #cardiac, #respiratory & #gastric rhythms independently modulate motor excitability, revealing distinct #interoceptive profiles across individuals @plosbiology.org 🧪 plos.io/4nMtpLT

Top: Experimental set up. Single pulses of TMS were applied to the hand area of the right primary motor cortex with an inter-pulse interval randomized between 6 and 10 s. Simultaneously, the neuronavigated coil position (yellow), electrocardiogram (red), respiratory signal (blue), electrogastrogram (green), and electromyography from the left hand (gray) were recorded. The figure shows traces of a 20-s time segment from one participant of the cardiac (raw), respiratory (filtered), gastric (filtered), and EMG (raw) signals. The experimental measure was the Motor Evoked Potential amplitude measured on a hand muscle (first dorsal interosseous), analyzed against the phase of the cardiac, respiratory, and gastric rhythms. Note that the three rhythms have very different periods (~1 s for the heart, ~ 5 s for respiration, and ~20 s for the gastric rhythm). Bottom: Artwork illustrating how rhythms of the internal organs interact with the moment-to-moment fluctuations observed in corticospinal motor excitability. Image depicts an outline of a brain with representations of the three rhythmic organs influencing the motor system: the heart, lungs, and stomach. Image credit: Tahnée Engelen.