Jump to: Principal Investigator, Laboratory Staff, Postdocs and Researchers, Graduate Students | |
Principal Investigator | |
Matt Wilson |
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Laboratory Staff | |
James deMelo |
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Postdocs and Researchers | |
Tim Brawn Tim studies the role of sleep in the memory consolidation and reconsolidation of auditory-spatial learning in rats. |
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Takato Honda Takato investigates the molecular and neural circuit basis of memory consolidation and its neural representations during specific behavioral states: wakefulness, NREM and REM sleep. To decipher those neural codes he combines molecular genetics, electrophysiology and imaging methods. |
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Wei Guo Wei Guo studies sensory memory processing in the hippocampal circuit using electrophysiological, optical, and computational tools. |
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Jon Newman Jon is attempting to understand how cortical and hippocampal circuits consolidate memories. He also develops new open-source tools for real-time electrophysiology. |
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Hector Penagos Hector studies the interactions between the hippocampus and anterior thalamus during spatial navigation and sleep. |
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Pedro Feliciano Ramos Pedro investigates the contributions of specific neural circuits in the generation of hippocampal spatial representations (“neuronal maps”). By applying multi-site electrophysiological recordings with closed-loop optogenetic and computational analysis he hopes to better understand spatial memory formation. |
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Honi Sanders Honi is looking into how experience shapes an animal's assessment of context identity and how to bound generalization during learning. |
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Jun Yamamoto Jun developed motorized microdrives for better yield and stability. As a research scientist in the Tonegawa lab, he strives to push the limits of tetrode recordings in mice. He performs large-scale multi-unit recordings on transgenic mouse lines such as EC3-TTX and CA3-TTX to identify memory replay during waking and sleep. |
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Jie Zhang Jack attempts to model the hippocampal-cortical interaction in spatial navigation. He also designs open-source tools for electrophysiology, and image sensors for neural functional imaging. |
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Graduate Student(s) | |
David Francisco Theurel David studies the role of hippocampus as an integrated part of the wider deliberative decision-making system. He works on computational-level, algorithmic-level and mechanism-level models of hippocampus, with special interest in theta sequences and sharp wave-ripple sequences." |
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Qianli Xu |
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