PhD, Systems Neuroscience. Postdoctoral researcher at UCSF (@ChangLabUcsf), investigating mechanisms of memory, speech and verbal thoughts in the human brain.
🎉 Excited to share our new paper in Nature: “Active Dissociation of Intracortical Spiking and High Gamma Activity.” 🧠
Huge thanks to my advisors first: @SlutzkyLab@joshuaiglaser
Paper link: https://t.co/awTJn2uLTf
Here are some digests that walk you through the results 👇🏼
New work from our lab showing the human frontal lobe receives fast, low-level speech information in parallel with early speech areas!
https://t.co/GX329SQECB
Grateful and honored to receive this incredible BWF award! Congratulations to my @JCCFUND1937 fellow awardees, @JuliaRuRogers and @ShiyuXia, and to all the new awardees!
📢🎡🐦⬛I'm looking to hire postdocs to join me on the Collaborative Intelligent Systems project at @BasisOrg, more info here: https://t.co/59bZjNJn8V, please apply 🐦⬛🎡📢
I’ll be attending SFN in Chicago and presenting a poster on the role of theta oscillation in speech motor control - Monday morning at Board J8. Please drop by if you’re in the area!
🎉Exciting news! Our lab's first paper, "Vocal labeling of others by nonhuman primates," is now published in @Science! 🐒 Dive into our findings on how marmoset monkeys use vocal labels similar to human names and dialects. Check it out! 1/6
https://t.co/7iHBLByfRW
Excited to share our work characterizing the encoding of melody using direct recordings from the human auditory cortex! Out today in @ScienceAdvances. Led by @nsankaran72 together with mentors @matt_k_leonard, @FrdricTheuniss1 and Eddie Chang https://t.co/eQOt5Z6bQU [1/7]
I've been eagerly awaiting the release of this paper! A compelling demonstration of ripple-coupled coactivation of content-selective cells in the human hippocampus during memory formation and retrieval. Fantastic work by @lks_kunz, @neurojosh, and team. Congrats!
We’re excited about our first paper looking at speech encoding in single neurons across the depth of human cortex. Out today in @nature! https://t.co/RyX8gzSwjI [1/6]
The results solidify the association between hippocampal ripples and explicit memory processes, and extend their existence and function to pediatric populations.
Excited to share our new pre-print, titled:
"Hippocampal ripples linked to declarative memory judgment in children"
https://t.co/uCYPL9853c
This is the first paper from a fantastic collaboration with Dr. Mikael Levy, @MalachLab and Rothschild Foundation Hospital in Paris.
Interestingly, this prominent response only manifested when recognition was explicitly probed in an old/new memory test. In contrast, when the same events were presented within a full-length screening, without a memory test context, ripple rates showed no change.
Out today in @Nature, new research by @ChangLabUcsf has set a new benchmark for a speech neuroprosthesis that can allow people with severe speech paralysis to communicate. https://t.co/fh6g3tRiWs @UCSF@UCSFHealth#ucsfweill
Interested in human intracranial EEG to study cognition and epilepsy? Join our research team in NY as a research assistant starting in Sept. or October, 2023. Also open to non-US applicants. Please don't hesitate to DM me with questions. Thank you! (RTs much appreciated)
Delighted to have been a part of this fascinating study, now published in @CellReports. It provides a neat explanation for the stability of our visual percepts despite the rapid adaptation in the magnitude of cortical responses. Congratulations to @rotembroday and @MalachLab!
1/6 What keeps our visual perception stable across sustained time durations, despite a dramatic reduction in neuronal activity?
We are pleased to share our work that has just been published in Cell Reports https://t.co/RR6EC8Fke7 suggesting a plausible answer to this question.
Postdoc position available in our human intracranial EEG lab in New York for a newly funded multi-center grant to study slow brain network fluctuations! Please DM me if you’re interested and learn more about this super collaborative project. Thank you for RTs!!
1/14
How does sleep help memory? we developed closed-loop deep brain stimulation during sleep in human prefrontal cortex w/ timing based on hippocampal activity
TLDR: boosting hippocampus-cortex coordination improves memory
@NatureNeuro | https://t.co/z4Ixoi86sg