🔥We're now looking for contributions to our special issue in Brain Structure and Function - please consider submitting if you have related findings or thoughts:

Feedback and literature suggestions most welcome, thank you (for your attention to this matter!).

AND: violations of visual kinematic invariants in spatially displaced feedback can be detected during observation (as in previous work e.g. by.@royesal); but that even here, action enhances sensitivity through visuomotor comparisons.

We show that perception overall benefits from action (i.e., visuomotor comparisons); especially for delayed feedback.

So the key difference was in whether or not visual and motor kinematics corresponded; and using the elliptical shape, we expected participants to produce systematic variations in velocity - and be sensitive when visual feedback violated those.

There's some neat bits to our design (we believe), such as that delayed and displaced feedback followed the same (elliptical) trajectory as the executed movement; and that it was matched in terms of overall spatial deviation.

🚨🥳 New lab preprint! In this #preregistered study, we used an elliptical movement task to study perceptual sensitivity to well-matched spatial vs temporal visual feedback perturbations (during action vs observation). THREAD 👇 .

Fanni Peters and Josy Gräfe will present their posters "Detection And Discrimination Of Spatial Vs Temporal Visuomotor Incongruence" and "Neural Oscillations During Continuous Target Tracking Under Varying Visuomotor Conflict" on Thursday!.

@pengwanghome will present his work on "Aligning Brain Rhythms with Action" in the symposium "Neural and Behavioural Insights into Predictive Processing in Action and Perception".

Sadly unable to attend myself, but the lab will be at.#PuG2025.

Well deserved, congratulations!!.

RT @MartinRolfs: "Lawful kinematics link eye movements to the limits of high-speed perception" now out in.@NatureComms: .

🚨 New preprint with @GescheVigh! We show differences in how temporal, parietal, and cerebellar regions process visuomotor delays - depending on whether or not you try to adapt to them or ignore them :) 👇. @TactileInternet @tudresden_de @uni_greifswald.

🥳First paper of the year, in which @GescheVigh @TactileInternet shows that during continuous movements in VR, changes in visuomotor mapping are, surprisingly, detected better and faster when moving under large>small delays:.

Great stuff as usual from Thomas Parr et al.; generative modeling of movement rhythmicity & associated pathologies:.

RT @EliSennesh: Abolish the value function!.

RT @AHemkendreis: Romantic Paintings as Climate Archives? Join our lecture @wiko_greifswald via the following link: .

RT @BrainSelf: We are recruiting a PhD student at the Brain, Body, and Self Lab, Department of Neuroscience, Karolinska Institutet. Learn m….

RT @Akademienunion: Prof @jakublimanowski über seine biopsychologische Arbeit. Im Fokus seiner Forschung: die Körperlichkeit. Wie untersche….

RT @andreas_orthey: The last three years I gave a lecture series on "Motion Planning" together with Prof. Wolfgang Hönig (.