Kaiser Lab

@predictivebrain.bsky.social , @buffalosentence.bsky.social , @liadmudrik.bsky.social , @bencenanay.bsky.social , @clarepress.bsky.social , @sampendu.bsky.social , @clairesergent.bsky.social.

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Participation fee is 240 €, covering accommodation and meals during the workshop.
Travel to Rauischholzhausen is organized individually.
Registration deadline is March 8, 2026.

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In addition to attending, we invite participants to contribute posters and discuss their own research.
Register and indicate your poster contribution here:
forms.gle/V2zHVsiRBvKU...

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The workshop covers diverse aspects of perceptual inferences and how they shape our conception of the world. Talks by exciting international speakers span philosophy, behavioral and neuroimaging work, ranging from low level vision and social perception to unconscious processing.

📢 Workshop announcement.

We are super excited to announce the workshop Perceptual Inferences, from philosophy to neuroscience, organized by Alexander Schütz and Daniel Kaiser.

📍 Rauischholzhausen Castle, near Marburg, Germany
🗓️ June 8 to 10, 2026.
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🚨 Preprint alert! 🚨
Check out @suzibot.bsky.social's preprint: “Visual search is constrained by the variability of object-category templates.”
Includes some neat findings on individual differences in search 👀

We’re happy to announce that Gongting Wang has successfully defended his PhD thesis at Freie Universität Berlin. Congratulations, Dr. Wang! 🎉

🚨 Preprint alert! 🚨

Check out @michaengesee.bsky.social 's preprint on individual differences in expectations about natural scenes and how they shape how we perceive and neurally represent scenes. 👁️🧠👨‍🦱👩‍🦰👩‍🦳

2025 - Christmas Party Crew! 🎄

Gießener Graduiertenkolleg erforscht Wahrnehmung von Materialien und Objekten im Alltag JLU bietet ideales Umfeld für die Forschungsprojekte der Promovierenden

Here's a press release (in German):
www.uni-giessen.de/de/ueber-uns...



And here's tagging some of the great people involved: @kathadobs.bsky.social , @martinhebart.bsky.social , @haplab.bsky.social, @peelen.bsky.social .

Super happy to announce that our Research Training Group "PIMON" is funded by the @dfg.de ! Starting in October, we will have exciting opportunities for PhD students that want to explore object and material perception & interaction in Gießen @jlugiessen.bsky.social ! Just look at this amazing team!

I am very excited to share our new preprint, spearheaded by the brilliant @lunahuestegge.bsky.social, w/ @peterkok.bsky.social and others: ‘An attempt to push mental imagery over the reality threshold using non-invasive brain stimulation’

doi.org/10.31234/osf...

Decoding the rhythmic representation and communication of visual contents Rhythmic neural activity is considered essential for adaptively modulating responses in the visual system. In this opinion article we posit that visual brain rhythms also serve a key function in the r...

Decoding the rhythmic representation and communication of visual contents
www.cell.com/trends/neuro...
#neuroscience

From Micha’s farewell gathering before his temporary leave 💫 - he’ll still be missed!

A few snapshots from this year’s Kaiser Lab retreat 🌿🧠✨

Together with @seeingxie.bsky.social , @singerjohannes.bsky.social , Bati Yilmaz, @dkaiserlab.bsky.social y.social , Radoslaw M. Cichy.

Recurrence affects the geometry of visual representations across the ventral visual stream in the human brain The specific roles of feedforward and recurrent processing in human visual object recognition remain incompletely understood. In this neuroimaging and computational modelling study the authors isolate...

By utilizing the visual backward masking paradigm, this study aimed to disentangle the contributions of feedforward and recurrent processing, revealing that recurrent processing significantly shapes the object representations across the ventral visual stream.
journals.plos.org/plosbiology/...

How can we characterize the contents of our internal models of the world? We highlight participant-driven approaches, from drawings to descriptions, to study how we expect scenes to look! 🤩

In this paper we present flexible methods for participants to express their expectations about natural scenes.

Time to expand how we study natural scene perception! 🌅
w/ @michaengesee.bsky.social , @suzibot.bsky.social l, Ilker Duymaz, Gongting Wang, Matthew J. Foxwell, Radoslaw M. Cichy, David Pitcher & @dkaiserlab.bsky.social

Characterizing internal models of the visual environment | Proceedings of the Royal Society B: Biological Sciences Despite the complexity of real-world environments, natural vision is seamlessly efficient. To explain this efficiency, researchers often use predictive processing frameworks, in which perceptual effic...

From line drawings to scene perception — our new review argues for moving beyond experimenter-driven manipulations toward participant-driven approaches to reveal what’s in our internal models of the visual world. 👁️✍️🛋
royalsocietypublishing.org/doi/10.1098/...

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

Go Lu!! Congratulations 💜

We had an awesome time discussing the role of feedback in perception @unil.bsky.social 🧠 and exploring the beautiful city of Lausanne! 💜🏞️ Thanks to @icepfl.bsky.social @davidpascucci.bsky.social

All-topographic ANNs! Now out in @nathumbehav.nature.com , led by @zejinlu.bsky.social , in collaboration with @timkietzmann.bsky.social.
See below for a summary 👇

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

Kaiser Lab goes #Exzellenz! The excellence cluster „The Adaptive Mind“ got funding for the next 7 years! Proud to be part of this awesome team and looking forward to all the exciting research to come. 🎆✨🥂

#VSS2025 was a blast - great science, fun people, beach vibes. We‘ll be back! @vssmtg.bsky.social

The neural time course of size constancy in natural scenes Accurate real-world size perception relies on size constancy, a mechanism that integrates an object's retinal size with distance information. The neur…

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/ @dkaiserlab.bsky.social @suryagayet.bsky.social @peelen.bsky.social
Check it out: www.sciencedirect.com/science/arti...