Xinhui Li | @xinhuili@sigmoid.social (@xin_hui_li) 's Twitter Profile
Xinhui Li | @[email protected]

@xin_hui_li

ECE PhD student @GeorgiaTech | curious about minds and machines

ID: 1155840944626950144

linkhttps://xinhuili.github.io/ calendar_today29-07-2019 14:02:10

78 Tweet

279 Followers

443 Following

Mandy Mejia, PhD (@mandyfmejia) 's Twitter Profile Photo

Though it’s bittersweet since this could be my last NeuroImage publication, I’m proud to be part of this incredible work advancing transparency and reproducibility in fMRI. Paul Taylor Gang Chen Peter Bandettini Vince Calhoun @vcalhoun.bsky.social Javier Gonzalez-Castillo Daniel Handwerker doi.org/10.1016/j.neur…

OHBM Brain Art (@ohbm_brainart) 's Twitter Profile Photo

Our #OHBM2023 BrainArt Competition is now live! 🥳 We accept submissions across five categories and invite artists to explore this year's special theme *The Multifaceted Brain: Adaptation and Diversity* ⏰ Deadline: June 30, 2023 🔗 Submit your work to forms.gle/HSrbuatEmvjq7Z…

Our #OHBM2023 BrainArt Competition is now live! 🥳

We accept submissions across five categories and invite artists to explore this year's special theme *The Multifaceted Brain: Adaptation and Diversity*

⏰ Deadline: June 30, 2023

🔗 Submit your work to forms.gle/HSrbuatEmvjq7Z…
OHBM Open Science Special Interest Group (OS-SIG) (@ohbmopen) 's Twitter Profile Photo

📢 Exciting news, BrainHackers! The day has come!🎉 Registration for OHBM BrainHack 2023 is now OPEN! 🚀🧠 Join us as we venture into brave new frontiers in the quest to unravel the mysteries of the brain! More info in our website! ohbm.github.io/hackathon2023/

📢 Exciting news, BrainHackers! The day has come!🎉 Registration for OHBM BrainHack 2023 is now OPEN! 🚀🧠 Join us as we venture into brave new frontiers in the quest to unravel the mysteries of the brain! More info in our website! ohbm.github.io/hackathon2023/
Stephanie Noble (@sneuroble.bsky.social) (@sneuroble) 's Twitter Profile Photo

📣Join our team! The Neuro-PRISM lab will soon hire a 🚨lab manager🚨 and 🚀postdoc🚀 to work with us on unraveling fundamental brain measurement principles and individualized methods 🧠 More info here: sneuroble.github.io/opportunities 1/4

Michael Breakspear (@drbreaky) 's Twitter Profile Photo

One hundred years of wave equations of physical systems from Schrödinger's model of the atom to neural field theory of the brain Both formulations predict that the system's expressed energy is constrained into natural modes - "eigenstates - determined by the system's geometry

Ting Xu (@tingsterx) 's Twitter Profile Photo

1/5 - Officially out on Nature Methods! Reliability eXplorer (ReX), an integrative toolbox for examination of individual variation and reliability. ReX allows you to compare and identify the most efficient direction for optimizing reliability! nature.com/articles/s4159…

1/5 - Officially out on Nature Methods! Reliability eXplorer (ReX), an integrative toolbox for examination of individual variation and reliability. ReX allows you to compare and identify the most efficient direction for optimizing reliability! nature.com/articles/s4159…
OHBM Brain Art (@ohbm_brainart) 's Twitter Profile Photo

Are you excited for #OHBM2023? Are you looking for things to do in #Montreal? Check out *NobELLES*, a free exhibit honoring seven women scientists whose discoveries worthy of a Nobel Prize, which they never received. This exhibit calls us to reflect on gender issues in science.

Are you excited for #OHBM2023? Are you looking for things to do in #Montreal?

Check out *NobELLES*, a free exhibit honoring seven women scientists whose discoveries worthy of a Nobel Prize, which they never received. This exhibit calls us to reflect on gender issues in science.
OHBM (@ohbm) 's Twitter Profile Photo

Thank you, Hongkui Zeng for this truly fascinating #OHBM2023 Talairach lecture! Also, check out the interview with Hongkui Zeng lead by Xinhui Li | @[email protected] and Kevin Sitek: on the blog ohbmbrainmappingblog.com/blog/a-convers… or as a podcast podcasters.spotify.com/pod/show/ohbm/…. - Simon Steinkamp

Thank you, <a href="/HongkuiZeng/">Hongkui Zeng</a> for this truly fascinating #OHBM2023 Talairach lecture! 

Also, check out the interview with <a href="/HongkuiZeng/">Hongkui Zeng</a> lead by  <a href="/xin_hui_li/">Xinhui Li | @xinhuili@sigmoid.social</a> and <a href="/krsitek/">Kevin Sitek</a>: on the blog ohbmbrainmappingblog.com/blog/a-convers… or as a podcast podcasters.spotify.com/pod/show/ohbm/….
 - <a href="/simon_steinkamp/">Simon Steinkamp</a>
DurstewitzLab (@durstewitzlab) 's Twitter Profile Photo

Our Perspective on reconstructing computat. system dynamics from neural data finally out in Nature Rev Neurosci! nature.com/articles/s4158… We survey generative models that can be trained on time series to mimic the behavior of the neural substrate. #AI #neuroscience #DynamicalSystems

Our Perspective on reconstructing computat. system dynamics from neural data finally out in <a href="/NatRevNeurosci/">Nature Rev Neurosci</a>!
nature.com/articles/s4158…
We survey generative models that can be trained on time series to mimic the behavior of the neural substrate.
#AI #neuroscience #DynamicalSystems
OHBM Brain Art (@ohbm_brainart) 's Twitter Profile Photo

🎨Calling all artists! We are thrilled to announce our #OHBM2024 BrainArt exhibition theme: Beyond Borders, inviting submissions to reflect on borders in neuroscience, society, and nature. 📅Deadline: Feb 5, 2024 📃Check out our website for more details: ohbm-brainart.github.io/exhibit.html

🎨Calling all artists! We are thrilled to announce our #OHBM2024 BrainArt exhibition theme: Beyond Borders, inviting submissions to reflect on borders in neuroscience, society, and nature.

📅Deadline: Feb 5, 2024

📃Check out our website for more details: ohbm-brainart.github.io/exhibit.html
Allen Institute (@alleninstitute) 's Twitter Profile Photo

The first cellular map of a mammalian brain is here. 🧠✨ Over 6 years and 32 million cells in the making, the complete adult mouse brain cell-type atlas reveals astonishing diversity and regional specificity. Dive deeper: alleninstitute.org/scientists-unv… @nature #studyBRAIN #BICCN

The first cellular map of a mammalian brain is here. 🧠✨

Over 6 years and 32 million cells in the making, the complete adult mouse brain cell-type atlas reveals astonishing diversity and regional specificity.

Dive deeper: alleninstitute.org/scientists-unv…

@nature #studyBRAIN #BICCN
Giulia Baracchini (@giuliaabaracc) 's Twitter Profile Photo

So excited for our OHBM Educational Course on SciComm! Lots of tips & tricks on how to best communicate our science to other scientists (data viz, jclubs, podcasts) and to give back to our communities (outreach, public engagement)!😊 Kevin Sitek Alfie Wearn Xinhui Li | @[email protected]

OHBM Brain Art (@ohbm_brainart) 's Twitter Profile Photo

🚀📢The moment is finally here! The call for submissions to our #BrainArt Competition is officially OPEN 🎉 We invite all 🧠brain enthusiasts🧟 to participate with their creations exploring the intersections between neuroscience and art. ➡️Visit ohbm-brainart.github.io/competition.ht…

🚀📢The moment is finally here! The call for submissions to our #BrainArt Competition is officially OPEN 🎉

We invite all 🧠brain enthusiasts🧟 to participate with their creations exploring the intersections between neuroscience and art.

➡️Visit ohbm-brainart.github.io/competition.ht…
Vince Calhoun @vcalhoun.bsky.social (@vdcalhoun) 's Twitter Profile Photo

We introduce two significant expansions of our NeuroMark templates (NeuroMark 3.0) first by generating replicable ICA of fMRI templates for infants, adolescents, and aging cohorts, and second by incorporating structural MRI and diffusion MRI modalities (sciencedirect.com/science/articl…).

We introduce two significant expansions of our NeuroMark templates (NeuroMark 3.0) first by generating replicable ICA of fMRI templates for infants, adolescents, and aging cohorts, and second by incorporating structural MRI and diffusion MRI modalities (sciencedirect.com/science/articl…).
Nature Human Behaviour (@naturehumbehav) 's Twitter Profile Photo

Functional connectivity estimates vary significantly across different fMRI preprocessing pipelines. Due to these variations, using seemingly similar minimal preprocessing does not ensure consistency. Xinhui Li | @[email protected] Nathalia Bianchini Esper Greg Kiar | @[email protected] Michael Milham nature.com/articles/s4156…

Michael Milham (@milhammichael) 's Twitter Profile Photo

Can the reproducibility of brain-wide association studies be compromised by variations in fMRI preprocessing pipelines—across and within software packages? Check out this collaborative tour de force. nature.com/articles/s4156…