
Diego Mendoza-Halliday
@MendozaHalliday
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Assistant Professor of Neuroscience @ University of Pittsburgh. Lab Principal Investigator studying the neuronal mechanisms of mental representation
University of Pittsburgh
Joined January 2021
RT @aaronbatista: We're working hard every single day so we can help people like Michelle live their fullest lives.
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RT @BastosLabNeuro: Awesome to be visiting @MendozaHalliday and seeing his cool new lab. One interesting thought is to test whether primary….
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RT @hakwanlau: i plan to move to Korea later this year, & will soon hire at all levels (students, postdocs, staff scientists, junior PIs) -….
docs.google.com
hi friends, i (hakwan lau) plan to move to Korea this coming Sept (2024), to co-direct this center, which hosts some of the best neuroimaging facilities in the world (7T MRI for humans & NHPs, 15.2T...
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News story about our new study published in Neuron:.
mcgovern.mit.edu
The world assaults our senses, exposing us to more noise and color and scents and sensations than we can fully comprehend. Our brains keep us tuned in to what’s important, letting less relevant...
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New paper out in Neuron! Using electrophysiology and optogenetics, we show that the neuronal substrates of feature attention & working memory are dissociable in the primate brain. Work with Bob Desimone & @nilxu.
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RT @NatureNeuro: A motif of local field potentials that maps onto the anatomical cortical layers across cortical areas, and may represent a….
nature.com
Nature Neuroscience - This study reports a motif of local field potentials that maps onto the anatomical layers of the cortex, is preserved across macaque cortical areas and across primates and may...
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Our new Nature Neuroscience article is featured in MIT News today:. MIT News story: Video:
news.mit.edu
The six anatomical layers of the mammalian brain cortex show distinct patterns of electrical activity which are consistent throughout the entire cortex and across several animal species, including...
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Our new paper is out in Nature Neuroscience We show a preserved laminar motif of LFP oscillations across cortical areas & mammals, suggesting a canonical mechanism for cortical computations. Work from DesimoneLab, @MillerLabMIT, @BastosLabNeuro, etc!.
nature.com
Nature Neuroscience - This study reports a motif of local field potentials that maps onto the anatomical layers of the cortex, is preserved across macaque cortical areas and across primates and may...
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RT @angelica_atb: 📢📢Hoy abren las inscripciones para el “1er Encuentro de Neurocientíficos Colombianos en el Exterior”, el cual se realizar….
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RT @djfreedman: FreedmanLab results alert! Turns out area MST is much more cognitive than its traditionally recognized role in visual motio….
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