Luke Gong

Swartz Postdoc Fellow @ Yale
Working on Neuro-AI

[WashU McKelvey Engineering @WashUengineers]

ShiNung Ching has been named the next chair of @WashUESE, effective Jan. 1, 2026.

A leader in neuroengineering and longtime faculty member, he brings research expertise and a strong record of service to this role.

Learn more. ⬇️

https://t.co/C6VWxNdCWN

[Rupali Bhati @BhatiRupali]

Dear researchers and grad school applicants,
I compiled a (incomplete) list of professors working in multi-agent learning. If you want to do research in multi-agent learning, I hope you find this helpful! :)

https://t.co/ryoc0X5ka3

[Wu Tsai Institute | Yale University @WuTsaiYale]

🚨 WTI is hiring faculty! We welcome curious minds from diverse backgrounds interested in advancing our understanding of the brain + how it gives rise to cognition.

⏰ Deadline: Tuesday, 10.15.2024
📝 Apply: https://t.co/MMOzaRuHmR
🧠 Learn more: https://t.co/i2HgDhV4Gv

#KnowTogether @Yale
#MolecularNeuroscience #CellularNeuroscience #DevelopmentalBiology #SystemsNeuroscience #CognitiveNeuroscience #CognitiveScience #Psychology #BCI

[ShiNung Ching (Ching Lab) @ShiNungChing]

Our piece on modeling astrocytic modulation of neural dynamics is online at @PLOSCompBiol! @GongLuke https://t.co/zqFURiJNBp

[ShiNung Ching (Ching Lab) @ShiNungChing]

New preprint: How the resting brain may bifurcate amongst distinct but anatomically consistent attractor landscapes. https://t.co/kPMn9s8W2t @_Ruiqi_Chen_ w/ @ccplab_wustl and Matt Singh

[Luke Gong @GongLuke]

My postdoc work @WUSTL is online. With @ShiNungChing @papouinlab @Fabiopas82, we propose a comprehensive network model for neuro-astrocyte interactions, which enables efficient context-dependent learning in dynamic muti-armed bandit tasks. https://t.co/7ROXV0aGr2

[ShiNung Ching (Ching Lab) @ShiNungChing]

We also have a new preprint! Bringing together dynamics, astrocytes, and RL. How might astrocytic slow time-scales and nested loops of modulation enable learning over contexts? @GongLuke w/ @papouinlab and @Fabiopas82 . https://t.co/7amKtkaHvi

[ShiNung Ching (Ching Lab) @ShiNungChing]

We also have a new preprint! Bringing together dynamics, astrocytes, and RL. How might astrocytic slow time-scales and nested loops of modulation enable learning over contexts? @GongLuke w/ @papouinlab and @Fabiopas82 . https://t.co/7amKtkaHvi

[Luke Gong @GongLuke]

@nytimes Postdoctoral students? serious?!🤯

[ShiNung Ching (Ching Lab) @ShiNungChing]

All: I've been Matthew's co-mentor for many years, and he is a brilliant and promising young scholar. He and his family are wonderful, and I hope you'll consider supporting them.

[Luke Gong @GongLuke]

@christian_cuba Hi, Christian. I would also like to join in. Thanks！

[Tansel Yucelen @TanselYucelen]

My concise and sincere suggestions for current and next-generation reviewers @CSSIEEE @IFAC_Control @ASMEdotorg @aiaa

[Weijia Yao @yao_weijia]

A guiding vector field is typically used for the guidance of a single vehicle. I, with @HectorGdeMarina, @Zhiyong, @MingCao10, am thrilled to exploit it for the guidance&coordination of multiple vehicles in a distributed way. Check out our #ICRA2021 paper https://t.co/qFaWfIqEKc.

[Luke Gong @GongLuke]

The Hard Lessons of Modeling the Coronavirus Pandemic https://t.co/wHYX1ncGIr 来自 @QuantaMagazine

[Peyman Milanfar @docmilanfar]

I propose that every paper contain the following passage in the conclusions section. Let's not pretend otherwise.

[Scientific American @sciam]

Many social animals -- including certain finches, lobsters, ants, guppies and primates -- prevent the spread of disease by changing how they interact. https://t.co/MFm9yemsjv

[Miguel A.F. Sanjuán @MAF_Sanjuan]

A Physics Talk for Non-Physicists: Chaos, Complexity, and Entropy https://t.co/l54BSrgciq

[Steven Strogatz @stevenstrogatz]

Game theory of root competition between plants, via @NYTimes. The cool thing about this work is that the researchers did experiments as well as mathematical modeling, and were able to verify their theory, at least for certain kinds of pepper plants. https://t.co/aAlNsX9Rlt

[SIAM Activity Group on Dynamical Systems @DynamicsSIAM]

"Some open problems in low dimensional dynamical systems" (by Armengol Gasull): https://t.co/hEQGnEy9e0

[Luke Gong @GongLuke]

.Unfortunately, the current machine learning methods are still a bit stupid because they only learn from the data but do not understand the mathematics and the physics
behind the data.

[Steven Strogatz @stevenstrogatz]

How to get in sync with someone, from today’s New York Times magazine. “You tend to like people more and become more prosocial if you engage in synchronous behavior with them.” #SayItWithMe