Paul Hill
@paulhill.bsky.social
Assistant Research Professor at the University of Arizona. Interested in the cognitive neuroscience of memory, spatial navigation, and cognitive aging.
5/
Cortex Special Issue honoring Dr. Francesca Frassinetti: From Bodies to Spaces: a neurocognitive/neuropsychological perspective on body-space interactions
Cortex Special Issue honoring Dr. Francesca Frassinetti: From Bodies to Spaces: a neurocognitive/neuropsychological perspective on body-space interactions
May 17, 2025 at 6:16 PM
5/
Cortex Special Issue honoring Dr. Francesca Frassinetti: From Bodies to Spaces: a neurocognitive/neuropsychological perspective on body-space interactions
Cortex Special Issue honoring Dr. Francesca Frassinetti: From Bodies to Spaces: a neurocognitive/neuropsychological perspective on body-space interactions
4/
By integrating physical mobility and sensorimotor function into models of spatial navigation, we hope to broaden the scope of how navigation is studied, assessed, and ultimately used to detect preclinical changes in Alzheimer’s disease.
By integrating physical mobility and sensorimotor function into models of spatial navigation, we hope to broaden the scope of how navigation is studied, assessed, and ultimately used to detect preclinical changes in Alzheimer’s disease.
May 17, 2025 at 6:16 PM
4/
By integrating physical mobility and sensorimotor function into models of spatial navigation, we hope to broaden the scope of how navigation is studied, assessed, and ultimately used to detect preclinical changes in Alzheimer’s disease.
By integrating physical mobility and sensorimotor function into models of spatial navigation, we hope to broaden the scope of how navigation is studied, assessed, and ultimately used to detect preclinical changes in Alzheimer’s disease.
3/
We propose that spatial navigation offers a useful lens into early cognitive-motor changes in aging, shaped by neuromodulatory and multisensory processes that may decline before overt brain pathology.
We propose that spatial navigation offers a useful lens into early cognitive-motor changes in aging, shaped by neuromodulatory and multisensory processes that may decline before overt brain pathology.
May 17, 2025 at 6:16 PM
3/
We propose that spatial navigation offers a useful lens into early cognitive-motor changes in aging, shaped by neuromodulatory and multisensory processes that may decline before overt brain pathology.
We propose that spatial navigation offers a useful lens into early cognitive-motor changes in aging, shaped by neuromodulatory and multisensory processes that may decline before overt brain pathology.
2/
Rather than focusing solely on hippocampal or entorhinal dysfunction, we highlight how degraded sensorimotor inputs - like balance, gait, and vestibular function - play a crucial but often overlooked role.
Rather than focusing solely on hippocampal or entorhinal dysfunction, we highlight how degraded sensorimotor inputs - like balance, gait, and vestibular function - play a crucial but often overlooked role.
May 17, 2025 at 6:16 PM
2/
Rather than focusing solely on hippocampal or entorhinal dysfunction, we highlight how degraded sensorimotor inputs - like balance, gait, and vestibular function - play a crucial but often overlooked role.
Rather than focusing solely on hippocampal or entorhinal dysfunction, we highlight how degraded sensorimotor inputs - like balance, gait, and vestibular function - play a crucial but often overlooked role.
Would like to be added if there is still room, thanks
December 15, 2024 at 1:21 AM
Would like to be added if there is still room, thanks
Would love to be added. I use VR and wearable sensors to study memory and navigation in aging and Alzheimer's disease
November 20, 2024 at 10:32 PM
Would love to be added. I use VR and wearable sensors to study memory and navigation in aging and Alzheimer's disease