Thanks! 😊 It was such a rewarding project, and we’re lucky to have had a fantastic team to work with 💪

🧠👁️ How does your eye prevent seeing a scrambled world? @anbucci.bsky.social and @ffranke.bsky.social reveal the eye's secret "clockwork": bigger axons = faster signals = perfect visual timing!
📖 Full paper nature.com/articles/s41593-025-02011-3
#Vision #AcademicSky #Neuroscience #Retina
Image ©IOB

🔬 Thrilled to share that our latest research on how the retina synchronizes visual signals has been featured by Medical Xpress! 🧠👁️

It’s exciting to see our work reaching a broader audience. Huge thanks to Medical Xpress for highlighting it!

#neuroskyence #retina #VisualProcessing

👁🧠 NEW: The human retina has its own built-in timing fix!
A Nature Neuroscience study led by @ethz.ch | BEL Lab, IOB Basel, @unibas.ch shows that photoreceptor signals – even those that travel farther – arrive in sync! >https://u.ethz.ch/S4DvU
#Retina #Neuroscience #Bioengineering #ETHZurich

Excited to share our Nature Neuroscience paper!
We explored how the human #retina keeps signals in sync despite big differences in axon length.
Great collaboration with @iobswiss.bsky.social + @bel-bsse.bsky.social — special thanks to @ffranke.bsky.social
#neuroskyence

🧠👁️⏱️
bsky.app/profile/natn...

Synchronization of visual perception within the human fovea - Nature Neuroscience Combining behavioral data, electrophysiology and modeling, the authors show that the human brain synchronizes visual signals by adjusting axonal conduction speed in the retina, revealing a previously ...

The human brain synchronizes visual signals by adjusting axonal conduction speed in the retina—revealing a previously
unknown mechanism for precise perceptual timing

@anbucci.bsky.social @ffranke.bsky.social @iobswiss.bsky.social

www.nature.com/articles/s41...