Laboratory of Structural Learning and Neuromodulation10
Major Research Interest
Question: How does our brain orchestrate flexible behaviors?
We are interested in developing optical and behavioral approaches to understand how activity is organized across distributed circuits during cognition, and altered in cognitive disorders.
Question: How do neural populations code for multiple, potentially conflicting tasks?
Different neurons might convey the same stimulus but different background behaviors, so that if enough neurons are recorded together, it becomes possible to tease one behavior to another.
Advisor Professor : Hyun, Jung Ho
Laboratory of Structural Learning and Neuromodulation Homepage
Question: How does our brain orchestrate flexible behaviors?
We are interested in developing optical and behavioral approaches to understand how activity is organized across distributed circuits during cognition, and altered in cognitive disorders.
Question: How do neural populations code for multiple, potentially conflicting tasks?
Different neurons might convey the same stimulus but different background behaviors, so that if enough neurons are recorded together, it becomes possible to tease one behavior to another.
Advisor Professor : Hyun, Jung Ho
Laboratory of Structural Learning and Neuromodulation Homepage
Subject
- MEMORY 3
- CA3 2
- CALCIUM 2
- CELLS 2
- DENTATE GYRUS 2
- EXPRESSION 2
- GENE-EXPRESSION 2
- HIPPOCAMPAL 2
- IN-VIVO 2
- NEURONS 2
Co-Author(s)
Related Keyword
Recent Submissions
- SCORE beamforming: Spectral COherence REfinement for high-contrast ultrafast Doppler imaging
- Procognitive restoration of PV neuron plasticity in neurodevelopmental disorders
- Distinct lateral hypothalamic GABAergic ensembles encode motivational salience and value-scaled consumption
- The hippocampal CA3 area implements sequence learning of discontinuous episodes
- Ultrasound localization microscopy lite (ULM lite): ultrasound localization microscopy with resource-efficient signal processing scheme