🔭JOB ALERT🔬
2 postdoc positions in my lab at the University of Trento, IT, as part of an Italian FIS3 starting grant.
TOPIC: Investigating predictive neural representations in naturalistic settings using MEG-based dynamic RSA.
See thread and CALL below for details, or write me for more info!
PhD opportunity in our lab to investigate how the brain makes decisions.
4 year PhD through the BBSRC/MIBTP programme
Interested in joining us? Please get in touch!
⏰ Application deadline: 23 November 2026
🔗 www.rezavallab.org#PhDOpportunity#Neuroscience#Drosophila
Why changing your diet is hard: researchers in the Levy lab (@ifatlevy.bsky.social) found that pre-existing food preferences can interfere with learning new food-value associations. But challenging preferences early may make it easier to update those associations.
I'm recruiting PhD students this cycle! We study how the brain perceives, remembers, and predicts naturalistic experiences like movies and games, using computational tools to analyze behavioral and neural data 🧠
App deadline is 12/2/26 - see our lab pubs on our website www.dpmlab.org/pubs.html
Happy to share the final project from my PhD: "Simulated field potentials capture multiple simultaneous processes underlying human temporal attention," now a preprint on bioRxiv. www.biorxiv.org/content/10.6...
Open Postdoc (80%) in our Lab @uzh-ch.bsky.social (PI: Klaus Oberauer)
Topics are: Working memory, long-term memory, attention; experiments, individual differences, computational modeling.
Start Dec 2026 to Feb 2027, until June 2030. Apply by Oct 15; Questions to: k.oberauer@psychologie.uzh.ch
The deadline to apply for WTI's Postdoctoral Fellowships is October 1.
WTI Fellowships provide a competitive salary, structured mentorship, access to world-class facilities + more.
Apply today: apply.interfolio.com/189775#ScienceAtYale
Recruiting a new PhD student to start Fall 2027. Research would focus on Visual Working Memory, possibly with a developmental approach (but not necessarily). Check out my lab website where the are links to the application and contact info if you have questions.
rickermemorylab.com
The ABCD Study at Yale is hiring a new post-baccalaureate research assistant! This is a great position to gain hands-on research experience in the field and to learn more about adolescent brain and behavioral development! 🧠 @theabcdstudy.bsky.socialcandlab.yale.edu/sites/defaul...
New preprint!
In this study, the fantastic Apoorva Sharma demonstrates that the amount of time that passes during motor preparation can "tag" for retrieval otherwise competing motor memories.
Modeling work links these fx to putative temporal basis sets in the cerebellar cortex.
Feedback welcome!
Our latest findings show that when we remember the duration of a visual event, we don’t use the same organisational format in working memory as when we retain other visual features such as colour. Check out our recent preprint, led by @annavanharmelen.bsky.social here: doi.org/10.64898/202...
New preprint from the lab. We think we have a solution (two, actually) to a long-standing problem in the field of response inhibition. Using two different mathematical approaches, we think we can identify long-hypothesized inhibitory 'trigger failure' trials. More in🧵 www.biorxiv.org/content/10.6...
Happy #BINW26 !!
I'm Dr. Clíona Murray and I am the Co-Director of Programming at Black In Neuro. The future that I'm reimagining is one where we can authentically show up in a space that was never designed for us.
Each and every member of the BIN community remind me of that. So, thank you all 🫶🏽
📣 It's Roll Call time!
Kick off #BINW26 by introducing yourself! Share a selfie or short video telling us who you are, what you do, and the future you're helping reimagine. 🧠
Tag us and use #BINRollCall so we can celebrate our amazing community! Tag 3 BIN members you'd like to see join Roll Call ✨
My lab is hiring! We are recruiting a full time research coordinator to support our projects on memory brain states. More info and application: jobs.virginia.edu/us/en/job/R0...
This recent post by @earlkmiller.bsky.social got my attention.
It shows how abstraction could emerge in the primate PFC.
The paper is hard, but the main idea can be simplified to low-dims, so I made fun a little animation.
A🧵with my toy model and notes:
#neuroskyence#compneuro#NeuroAI
🧵 New paper led by @irenetxeberria.bsky.social in press at Current Biology! A collaborative effort between the Brain and Cognition Lab and the Brain, Speech & Language Lab ⭐ Does the temporal organisation of action selection differ in stuttering? www.sciencedirect.com/science/arti... A thread 👇
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Speculatively, the manifestation of stuttering symptoms in speech may result from the fine-grained temporal structuring required for phoneme selection, sequencing and articulation. 🧠
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Find out more: www.sciencedirect.com/science/arti... 🔗 Huge thanks to all co-authors for this truly collaborative effort and, of course, to the participants who took part in this study!
🧵 New paper led by @irenetxeberria.bsky.social in press at Current Biology! A collaborative effort between the Brain and Cognition Lab and the Brain, Speech & Language Lab ⭐ Does the temporal organisation of action selection differ in stuttering? www.sciencedirect.com/science/arti... A thread 👇
6/
Strikingly, lateralised mu/beta modulation was weaker in PWS than TFS. This difference coincided with the time of between-action shifts, a period of high uncertainty regarding which action to select and when. 📉
🧵 New paper led by @irenetxeberria.bsky.social in press at Current Biology! A collaborative effort between the Brain and Cognition Lab and the Brain, Speech & Language Lab ⭐ Does the temporal organisation of action selection differ in stuttering? www.sciencedirect.com/science/arti... A thread 👇
4/
We used lateralised sensorimotor mu/beta-frequency (8–30 Hz) activity as a proxy of the relative prioritisation of one hand action among competing options. 🧠
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Both groups used retro-cues and temporal expectations to prepare and shift between hand actions, as reflected in task performance and related modulations in lateralised sensorimotor mu/beta activity. ⏱️
🧵 New paper led by @irenetxeberria.bsky.social in press at Current Biology! A collaborative effort between the Brain and Cognition Lab and the Brain, Speech & Language Lab ⭐ Does the temporal organisation of action selection differ in stuttering? www.sciencedirect.com/science/arti... A thread 👇
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Stuttering has been linked to difficulties in the temporal organisation of speech preparation and initiation. But are these timing differences speech-specific, or do they generalise to other actions? ⏱️
3/
To explore this, we recorded MEG from 20 people who stutter (PWS) and 20 typically fluent speakers (TFS) during a visuomotor working-memory task requiring temporally structured selection, preparation, and shifts between left- and right-hand actions. ✋
The B&C Lab is excited to take part in this year’s @wmsymposium.bsky.social
Lab members @william-nm.bsky.social will give his talk on Wednesday (July 15) at 12 pm (CDT) and @sabomelinda.bsky.social on Friday (July 17) at 9 am (CDT). They will present work on the interaction between attention-WM-LTM
Preprint alert! 🚀
Spontaneous eye blinks are often treated as EEG artefacts. We show they can serve as temporal markers of internal attention, aligning with moments of attentional focusing in working memory. Check it out:
Our findings show that flexible orienting of temporal attention enhances behavior by modulating multiple stages of processing: anticipation, visual perception, response preparation and evaluation. n/n
💡 But how does our brain make this happen? 💡
In our new study, we recorded brain activity using electroencephalography (EEG) while participants performed a visual identification task manipulating the relevance and temporal predictability of targets. 3/n
We found that temporal attention influences multiple stages of processing:
⏰ Anticipation of the target event: the brain prepares proactively (CNV);
🚦Visual perception: visual selection of the target feature is sharpened (N2pc);
4/n
To navigate a dynamic world, the brain prioritizes the right information at the right time. This ability, known as selective temporal attention, allows us to tune perception and behavior toward relevant events at the moments they are most likely to occur. 2/n
ATTENTION!!! The program of Working Memory Symposium (WMS) 2026 (July 14-17) is out!
sites.google.com/view/wmsympo...
This year, WMS will feature a single stream presentation of 52 talks (39 talks and 13 blitz) + 1 panel discussion across 4 days.
Looking forward to seeing you all!!!
Dimensionality reduction is how the brain acquires knowledge. Cool new paper from the late, great, Mark Stokes.
www.nature.com/articles/s41...#neuroscience
⏰ What time is it? 🧚♀️It's research fairy time! Please share widely and nominate early and often (by Aug 2) those fantastic female researchers that we are privileged to have have in our field ✨🪄
forms.gle/Znh4zgtXgWQK...
I am recruiting a postdoctoral researcher and a PhD student, funded by a new ERC grant. The grant focuses on the role of the hippocampus in visual perception, using 7T fMRI (hippocampal subfields, cortical layers) and MEG+iEEG. The intended start dates for both positions are in early 2027. 🧠🟦 1/3
„Potential mechanisms and functional significance of aperiodic neural activity“
Timely review article by Michael Preston Jr, @syd-smith.bsky.social & Brad Voytek
We are excited to share a new publication led by B&C alumnus Gerardo Salvato, in collaboration with fellow B&C alumna Zita Patai and Kia. The study explores how long-term memory helps guide attention, even when critical memory structures are affected by focal pathology www.pnas.org/doi/10.1073/...
Using structural neuroimaging, the team also investigated how hippocampal volume related to attentional performance. The findings revealed distinct brain–behavior relationships depending on whether pathology affected the left or right hippocampus.
3/n
Together, these results provide new evidence that adaptive links between memory and attention can be maintained even when key memory structures are compromised, highlighting the remarkable resilience and flexibility of the human brain. n/n
We are excited to share a new publication led by B&C alumnus Gerardo Salvato, in collaboration with fellow B&C alumna Zita Patai and Kia. The study explores how long-term memory helps guide attention, even when critical memory structures are affected by focal pathology www.pnas.org/doi/10.1073/...
Our past experiences allow us to anticipate what is likely to happen in familiar environments, helping us direct attention toward relevant locations and objects. This process, known as long-term memory-guided attention, has often been thought to depend on the integrity of the hippocampus. 2/n
Authors examined memory-guided attention in healthy adults and in people with focal epilepsy linked to left or right hippocampal sclerosis. Despite the hippocampal pathology, participants continued to benefit from learned contextual information, demonstrating preserved memory-guided attention. 2/n
🎉Save the date! Black In Neuro Week 2026 is July 27–Aug 2.
We're celebrating our 6th annual BIN Week with returning favorites like #NeuroRacism, #NeuroAcrossTheDiaspora, and #BINRollCall plus a brand new theme: #BlackInTime. ✨
🧠 #BINW26#AReimaginedFuture