Tamas Dalmay
@tdalmay.bsky.social
Neuroscience postdoc in the Roska lab, IOB | PhD @MPIBrain | Interested in neural circuits 🧠 and cycling 🚲
https://scholar.google.com/citations?user=SUYR0WEAAAAJ&hl=en
https://scholar.google.com/citations?user=SUYR0WEAAAAJ&hl=en
Reposted by Tamas Dalmay
August 28, 2025 at 10:26 PM
- We propose a theoretical model that explains the joint computation of head direction and reflexive eye movement from visual and vestibular input
February 12, 2025 at 3:06 PM
- We propose a theoretical model that explains the joint computation of head direction and reflexive eye movement from visual and vestibular input
- The visual motion signals to the head-direction system originate in direction-selective retinal ganglion cell activity
- The head-direction representation and the slow phase of reflexive eye movement are tightly correlated
- The head-direction representation and the slow phase of reflexive eye movement are tightly correlated
February 12, 2025 at 3:06 PM
- The visual motion signals to the head-direction system originate in direction-selective retinal ganglion cell activity
- The head-direction representation and the slow phase of reflexive eye movement are tightly correlated
- The head-direction representation and the slow phase of reflexive eye movement are tightly correlated
In brief, we find that:
- Visual motion cues dominate the head-direction representation at slow speeds, while vestibular cues dominate at high speeds
- Visual motion cues play a key role in navigational behavior relying on head-direction computation
- Visual motion cues dominate the head-direction representation at slow speeds, while vestibular cues dominate at high speeds
- Visual motion cues play a key role in navigational behavior relying on head-direction computation
February 12, 2025 at 3:06 PM
In brief, we find that:
- Visual motion cues dominate the head-direction representation at slow speeds, while vestibular cues dominate at high speeds
- Visual motion cues play a key role in navigational behavior relying on head-direction computation
- Visual motion cues dominate the head-direction representation at slow speeds, while vestibular cues dominate at high speeds
- Visual motion cues play a key role in navigational behavior relying on head-direction computation