Eduardo Rojas-Hortelano- MS
- PhD Student at National Autonomous University of Mexico
Eduardo Rojas-Hortelano
- MS
- PhD Student at National Autonomous University of Mexico
About
9
Publications
745
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31
Citations
Introduction
Eduardo Rojas-Hortelano currently works at the Department of Cognitive Neuroscience, Universidad Nacional Autónoma de México. Eduardo does research in Neuroscience. Their most recent publication is 'Tactile object categories can be decoded from the parietal and lateral-occipital cortices'.
Skills and Expertise
Current institution
Publications
Publications (9)
The animate-inanimate category distinction is one of the general organizing principles in the primate high-level visual cortex. Much less is known about the visual cortical representations of animacy in non-primate mammals with a different evolutionary trajectory of visual capacities. To compare the functional organization underlying animacy percep...
The animate-inanimate category distinction is one of the general organizing principles in the primate high-level visual cortex. Much less is known about the visual cortical representations of animacy in non-primate mammals with a different evolutionary trajectory of visual capacities. To compare the functional organization underlying animacy percep...
The animate-inanimate category distinction is one of the general organizing principles in the primate high-level visual cortex. Much less is known about the visual cortical representations of animacy in non-primate mammals with a different evolutionary trajectory of visual capacities. To compare the functional organization underlying animacy percep...
Our choices are often informed by temporally integrating streams of sensory information. This has been well demonstrated in the visual and auditory domains, but the integration of tactile information over time has been less studied. We designed an active touch task in which subjects explored a spheroid-shaped object to determine its inclination wit...
Our choices are often informed by temporally integrating streams of sensory information. This has been well demonstrated in the visual and auditory domains, but the integration of tactile information over time has been less studied. We designed an active touch task in which subjects explored a spheroid-shaped object to determine its inclination wit...
The visual system classifies objects into categories, and distinct populations of neurons within the temporal lobe respond preferentially to objects of a given perceptual category. We can also classify the objects we recognize with the sense of touch, but less is know about the neuronal correlates underlying this cognitive function. To address this...
We routinely identify objects with our hands, and the physical attributes of touched objects are often held in short-term memory to aid future decisions. However, the brain structures that selectively process tactile information to encode object shape are not fully identified. Here we describe the areas within the human cerebral cortex that special...
