Excited to share my recent publication in @HRS_O2Journal! We established physical activity norms for patients with ILRs, both in overall sample and specific indication groups, advocating for ILRs in broadening personalized disease management. #EPeeps
https://t.co/nvFerP9Cej
Excited to share our recent work investigating the temporal dynamics of object space! It’s been wonderful working with @TGrootswagers and @DrQuekles at @MARCSInstitute on this fun project😊
New preprint! Work led by @LexKidder during a visiting scholarship at
@MARCSInstitute with @DrQuekles & @TGrootswagers
"Mapping object space dimensions: new insights from temporal dynamics" 🔗 https://t.co/08RugIxM64
Summary 🧵on🦋:
https://t.co/AC5pEEA49y
We found that brief real-world experience with an object modulates activity in human medial parietal (but not occipitotemporal!) cortex when later viewing an image of the object
New preprint with @bethrispoli Vinai Roopchansingh @Chris_I_Baker
https://t.co/0iswrFUWfm
I have no words!!! I am beyond grateful to have been announced as one of this year’s Glushko prize winners.
Thank you to @cogsci_soc and @rjglushko for supporting this award. HUGE thank you to my PhD advisors: @Chris_I_Baker and @plasticity_lab
#SANS2024@SANS_news
Check out my poster (with @esfinn and twitterless Tory Benson) this afternoon (P3-F-44) about how multivariate neural pattern track within-subject shifts in subjective interpretations
Are representations in visual cortex organised according to stimulus features or affordances?
Here, @ShrutiJapee and I measured responses to highly variable facial expressions in ����
The upshot: exact visual features were not as important as we thought!
https://t.co/P2IQyO1S4v
New paper with @timothyfbrady and @violastoermer now out in Memory & Cognition! "Sequential encoding aids working memory for meaningful objects' identities but not for their colors" https://t.co/YwL9CueFkV
My 1st first-author paper alongside @kenam15, @ebsmed, and @DrKyleSmith is finally online! 🎉 Check out my first project of my PhD, all about NAc ACh receptors and resulting *flexible* sign-tracking behaviors as animals adapt to new contingencies: https://t.co/mS843ISwPb
Now out! Using the same individuals across four short movies, we show that we can reliably and automatically capture individual differences in the location of event boundaries! Link here: https://t.co/4mLAtnB6Nw
I'm thrilled that THINGS-data is now online! We provide 3 massive datasets of fMRI, MEG, & behavior in response to up to 1854 objects and >22k images. We hope this will allow studying objects in vision, memory & language with unique semantic breadth! Link: https://t.co/hCTpymmRjU
Should bionic limb control mimic the human body?
We trained 60 users to operate a myoelectric bionic hand to study the benefits and challenges of biomimetic control strategies for assistive bionics.
https://t.co/ucQBYqkHKp
With @Chris_I_Baker, @plasticity_lab and more.
🧵1/6
We (@neuro_steel and I) wrote a journal club article for @SfNJournals based on a great paper from @AlexDavidClarke, @jcrivdeck and @CharanRanganath which discusses the role of hippocampus in predicting upcoming event sequences.
Find our article here! https://t.co/MoBcHKgRuc
Does classic visual search predict our ability to search in real-world settings?
New paper out in @SciReports with co-authors Brenda Garcia, @yeobichoi, Nicholas Feffer & @RobertsonNeuro
Link: https://t.co/HNpgusyAgY
🧵below!
@jesstaubert @AnnaCorriveau @lina_teichmann @susanwardle@Chris_I_Baker We named the project Karen! So it felt right to include that name in the acknowledgments haha
I’m excited to share a new manuscript with @AnnaCorriveau @lina_teichmann @susanwardle@Chris_I_Baker in which we used MEG to reveal temporally distinct and highly stable neural representations of personally familiar people and places during cued recall.
https://t.co/cfpsmYLtMb
Happy to announce a new preprint with @Chris_I_Baker@edsilson@NauMatt! We demonstrate a distributed set of regions supporting recall of personally-familiar people, places and objects, incl. medial parietal, posterior parietal, FEF and pSTS. https://t.co/4bSiU8ba5L