Preprint alert 🚨I am excited about our new paper titled “The representational nature of spatio-temporal recurrent processing in visual object recognition.” 🥳🌟 biorxiv.org/cgi/content/sh…

Excited to present my poster on surround suppression in dynamic natural scenes at #ECVP2024! Stop by on Thursday at 9 a.m. to discuss the findings—see you there! Kaiser Lab

Apply now for a 3-year postdoc position in the lab! Please retweet and share with potential candidates. If you're interested in #vision, #EEG, #fMRI, and working with a fun team at the Universität Gießen, feel free to get in touch before applying. Link: uni-giessen.de/de/ueber-uns/k…

New preprint led by Lu-Chun Yeh, with Marius Peelen & Surya Gayet: Using EEG, we delineate how neural representations of real-world object size emerge from interactions of the object's retinal size and pictorial distance cues from the scene context. 🐻🧸🛤️biorxiv.org/content/10.110…

New preprint out 🎉 with max and Kaiser Lab : In this EEG study, we found alpha dynamics interpolated the occluded motion information in a context-dependent manner. 🏞️🚶🧠

A bit late to my own party but super happy to see this out now in Science Advances 🥳 (science.org/doi/10.1126/sc…). We find that preparatory activity during context-guided search reflects a template for attentional guidance and can encode associated objects, not the target itself!

TODAY: For this next CHBH Seminar Series, we will welcome Prof Daniel Kaiser (Kaiser Lab)! 🗓️Mon 25th Nov 2-3pm 📍Biosciences NG08 or online (Zoom) For Zoom link: bham-ac-uk.zoom.us/meeting/regist… #CHBHevents

Our review on the theoretical status of oscillations and field potentials is out! What are their causal effects, and what can electrophysiology signals reveal about how the brain works? w/ Dan Levenstein Matt Krause Bradley Voytek Richard Gao cell.com/trends/cogniti…

Job alert! We are now looking for a PhD student starting Sept 2025, for a project on visual relations between people and objects, using behavior, EEG, fMRI, and ANNs. Bonus: The project involves a collaboration with the brilliant Liuba Papeo. Please forward or get in touch! 🧠🎓

Now out in Trends in Neurosciences: We discuss how the contents of visual perception, imagery, and prediction can be decoded from rhythmic brain activity and argue that such rhythmic representations offer new insights into neural information propagation. Rico Stecher sciencedirect.com/science/articl…

Halfway to our goal—thank you! Sara’s surgery is set for Jan 22 in Germany. We’re hopeful & grateful for your support. Please continue sharing, it really helps: gofund.me/7df0f670

Here's the official advertisement for a PhD position in our lab: uni-giessen.de/de/ueber-uns/k… Please see below for context. If you're interested in applying, feel free to get in touch beforehand - happy to informally answer and questions you may have. Feel free to forward, too!

Now out in Royal Society Publishing Proceedings B! Check out Gongting's EEG work on individual differences in scene perception: Scenes that are more typical for individual observers are represented in an enhanced yet more idiosyncratic way. Link: royalsocietypublishing.org/doi/10.1098/rs…

Glad to share our EEG study now is out in JNP. 🎉 We showed that alpha rhythms automatically interpolate occluded motion based on the surrounding contextual cues! 🚶‍♂️🏞️ Kaiser Lab max 👇journals.physiology.org/doi/full/10.11…

We are at VSS Meeting 2025. 🏖️☀️🍹come check out our studies!

How fast do we extract distance cues from scenes 🛤️🏞️🏜️ and integrate them with retinal size 🧸🐻 to infer real object size? Our new EEG study in Cortex has answers! w/Kaiser Lab Surya Gayet Marius Peelen Check it out: doi.org/10.1016/j.cort…

Don’t miss out again! If you are interested in our studies presented at VSS Meeting , you can find our posters here: 👇 drive.google.com/drive/mobile/f…

Honored and thrilled to receive the GGN Early Career Award Universität Gießen 🏆 Huge thanks to my awesome supervisors Daniel Kaiser Lab & Marius Peelen, all my collaborators, and the amazing colleagues from both labs — couldn’t have done it without you! 💗

🧠In our latest episode, coauthors Lu-Chun Yeh and Kaiser Lab discuss their Short Report on how cortical alpha rhythms help predict motion when objects are occluded. 🎧 Tune in to learn how our brains fill in the gaps of dynamic perception! ow.ly/2hRl50WwMzJ

Kaiser Lab is at ECVP this year! Come check out our studies 😎