New publication in eLife! doi.org/10.7554/eLife.… @eLife
Single neurons don’t just communicate with other nearby neurons — they can synchronize with faraway activity too! In humans, the firing of neurons throughout the MTL, synchronizes to the hippocampal theta rhythm (1–10 Hz).
Single neurons don’t just communicate with other nearby neurons — they can synchronize with faraway activity too! In humans, the firing of neurons throughout the MTL, synchronizes to the hippocampal theta rhythm (1–10 Hz).
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Penn Memory Lab retweeted
Come join us in Philly! I am recruiting a research assistant to join our emerging team at @JeffersonUniv. We use direct brain recording and stimulation in neurosurgical patients to study memory-related disorders. Please reach out! rb.gy/e0fkdx
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Penn Memory Lab retweeted
Interested in using intracranial recordings and stimulation in humans to study memory, and leveraging this knowledge to treat memory-related disorders like PTSD?
I am recruiting a postdoc to our emerging interdisciplinary team at @JeffersonUniv! RTs appreciated
I am recruiting a postdoc to our emerging interdisciplinary team at @JeffersonUniv! RTs appreciated
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Penn Memory Lab retweeted
*VERY* excited to be featured in @SfNJournals's "This Week in The Journal" for our new work: jneurosci.org/content/44/8/e…
Will write a quick tweet thread below (with figures) to introduce what we (@KahanaMichael, @david_j_halpern, @d_schonhaut as part of the @MemoryLab) did! (1/5)
Will write a quick tweet thread below (with figures) to introduce what we (@KahanaMichael, @david_j_halpern, @d_schonhaut as part of the @MemoryLab) did! (1/5)
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Penn Memory Lab retweeted
New paper with @MemoryLab, @david_j_halpern!
Free-recall paradigms are commonly used to study memory in lab settings.
How do the reliability and validity of these lab-based paradigms compare with traditional neuropsychological memory measures? Check here:
psycnet.apa.org/record/2024-18…
Free-recall paradigms are commonly used to study memory in lab settings.
How do the reliability and validity of these lab-based paradigms compare with traditional neuropsychological memory measures? Check here:
psycnet.apa.org/record/2024-18…
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Penn Memory Lab retweeted
Hello everyone!
The Computational Memory Lab is recruiting subjects for an ongoing memory study! You will be compensated anywhere from $108 - $230. If you are interested follow this link redcap.link/CMLAPEMRecruit… or send an email to kahanalab@gmail.com to learn more.
Thank you!
The Computational Memory Lab is recruiting subjects for an ongoing memory study! You will be compensated anywhere from $108 - $230. If you are interested follow this link redcap.link/CMLAPEMRecruit… or send an email to kahanalab@gmail.com to learn more.
Thank you!
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Penn Memory Lab retweeted
In the moments leading up to a spontaneous recollection, we were able to use neural signals to discern between correct and false memories about to be retrieved. Check out our new paper, now out in PNAS! @PNASNews ! 1/7 pnas.org/doi/full/10.10…
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Hello everyone!
The Computational Memory Lab is recruiting subjects for an ongoing memory study! You will be compensated anywhere from $108 - $230. If you are interested follow this link redcap.link/CMLAPEMRecruit… or send an email to kahanalab@gmail.com to learn more.
Thank you!
The Computational Memory Lab is recruiting subjects for an ongoing memory study! You will be compensated anywhere from $108 - $230. If you are interested follow this link redcap.link/CMLAPEMRecruit… or send an email to kahanalab@gmail.com to learn more.
Thank you!
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Penn Memory Lab retweeted
New preprint with @MemoryLab! 📜🧠
Leveraging EEG recordings and machine learning, we designed a system to guide learning in a memory task -- modifying stimulus timing to present items when they were predicted to "stick" in a person's memory
doi.org/10.1101/2023.0…
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Leveraging EEG recordings and machine learning, we designed a system to guide learning in a memory task -- modifying stimulus timing to present items when they were predicted to "stick" in a person's memory
doi.org/10.1101/2023.0…
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We are excited to release the PEERS dataset on @OpenNeuroOrg !!! We hope that the @BIDSstandard format will make our data accessible to others 🤩
@KahanaMichael @AdaAka18 @ehhbroit @BKaterman @NkratzMiller @dorsolateralpfc @cogspy @JRudoler #OpenScience #memory #neurotwitter
@KahanaMichael @AdaAka18 @ehhbroit @BKaterman @NkratzMiller @dorsolateralpfc @cogspy @JRudoler #OpenScience #memory #neurotwitter
📈🧠EEG Data Release!!!🧠📈
@MemoryLab's data from the Penn Electrophysiology of Encoding and Retrieval Study (PEERS) is on @OpenNeuroOrg in @BIDSstandard format!!!
Feat. 364(!!) subjects performing up to 24 sessions of #memory tasks with scalp #eeg.
openneuro.org/datasets/ds004…
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Check out our new article, Direct Brain Recordings Suggest a Causal Subsequent-Memory Effect, in Cerebral Cortex! tinyurl.com/2mbxrrdr
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We used classifiers to predict memory performance over multiple items and track internal memory encoding states at the scale of minutes, arguing that the associated neural signal likely reflects a causal SME.
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Penn Memory Lab retweeted
🚨New Paper🚨
Extremely excited that my first paper, "Hippocampal theta and episodic memory" was published today in @SfNJournals #JNeurosci !!! Many thanks to @MemoryLab and my co-authors @NoraHerweg @KahanaMichael!
TLDR: theta ~ recall
Check it out: jneurosci.org/content/43/4/6…
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Extremely excited that my first paper, "Hippocampal theta and episodic memory" was published today in @SfNJournals #JNeurosci !!! Many thanks to @MemoryLab and my co-authors @NoraHerweg @KahanaMichael!
TLDR: theta ~ recall
Check it out: jneurosci.org/content/43/4/6…
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Penn Memory Lab retweeted
Interested in single neuron replay in HUMANS during sleep…and leveraging the recordings to improve memory? @ItzhakFried and I are recruiting postdocs to @UCLA for state-of-the-art translational neuroscience. Please reach out to meet @SfNtweets or set up a call.
RTs appreciated!
RTs appreciated!
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Penn Memory Lab retweeted
If you’re interested in ripples, single units, replay, brain stim to improve memory, & ☀️: @ItzhakFried and I are recruiting a postdoc @UCLA to work at the cutting edge of memory research. Please don’t hesitate to get in touch—even if your past work is nonhuman!
RTs appreciated!
RTs appreciated!
Proud to report @jjsakon's new paper has been published in @PNASNews! pnas.org/doi/10.1073/pn…
We find hippocampal--but not extrahippocampal MTL--high frequency ripples reflect the retrieval of *episodic* memories. This phenomenon is consistent with...(1/3)
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Proud to report @jjsakon's new paper has been published in @PNASNews! pnas.org/doi/10.1073/pn…
We find hippocampal--but not extrahippocampal MTL--high frequency ripples reflect the retrieval of *episodic* memories. This phenomenon is consistent with...(1/3)
We find hippocampal--but not extrahippocampal MTL--high frequency ripples reflect the retrieval of *episodic* memories. This phenomenon is consistent with...(1/3)
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...ripples mediating an item-to-context process, since ripples occur significantly more when participants recall clusters of words with temporal and/or semantic relationships. Our follow-up manuscript--now on @biorxivpreprint--investigates ripples during memory formation...(2/3)
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...where we find ripples specifically occur when people form *episodic* memories. biorxiv.org/content/10.110…
That is, ripples during word encoding promote participants subsequently recalling that word and others related to it via episodic reinstatement. It's quite a story!(3/3)
That is, ripples during word encoding promote participants subsequently recalling that word and others related to it via episodic reinstatement. It's quite a story!(3/3)
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The Computational Memory Lab is hiring a Research Specialist to assist with our clinical studies applying brain stimulation to improve memory! This position is ideal for someone planning for med or grad school. Apply here: tinyurl.com/bden6km8
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