This effect was localized to HG in theta and alpha bands and to STG in theta band only.

Focusing on acoustic edges, we looked if the acoustic edge locked phase alignment (inter-trial phase coherence) lasts more than two cycles for events that are at least 800ms apart. We found ITPC lasts 2 cycles of theta band above the phase concentration that happens right before the acoustic edge.

We initially replicated that both Heschl's gyrus and superior temporal gyrus have cerebro-acoustic coherence with speech in the theta range. But both HG and STG respond to the acoustic edge earlier than acoustic peak. As expected, since acoustic edges lead the acoustic peaks.

We tried to replicate these findings using intracranial EEG as there are several differences between MEEG and iEEG.
Our participants (I don't like calling them patients since they give their best effort and do this for science without return) listened to ~45min of speech stimuli.

Here's a couple celebrating some recent accomplishments! @ezgisari.bsky.social
had a paper accepted, got 2 travel awards, has a platform presentation coming up and got her 100th citation for her 8 papers 🎉🥳😊 and I matched at Duke Epilepsy. We wish everyone achieve what they long for. 🙏😇

Happy news! I matched at the Duke Epilepsy program for my fellowship! Looking forward to working with amazing group of people. #epilepsy #fellowship

One of the last things I've done in LA was to have a double double at In-N-Out 🤤 no conflicts to disclose. 😂

Wrapped up the #AES2024 and going back home. Was an amazing conference @amepilepsysoc.bsky.social ! Thanks for everyone who stopped by my poster yesterday as well. Lots and lots of new ideas!

Very thoughtful! #AES2024

First day at #AES2024! So many exciting things to learn. What are some things you have learned today? @amepilepsysoc.bsky.social
I learned that the dominant ATL is 4cm from temporal pole and 5cm for non-dominant hemisphere.

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