Charles Findling

[Charles Findling @FindlingCharles]

@tibo_maker @dannypostma 😅

[Vasilisa Skvortsova @vasilisa_skv]

Do impulsivity and compulsivity traits rely on the same computational mechanisms❓
📰📌📥 #preprint
Read our preprint with @TobiasUHauser and @_BrainExplorer at @MPC_CompPsych @WCHN_UCL @UCLBrainScience on @researchsquare: https://t.co/cH6r6cnHSQ
The key points are below:

[Sophie Bavard @sophiebavard]

I am truly honored to be one of the 35 laureates of the 2021 Young Talent @4womeninscience award 👩‍🔬🧠 I am very grateful to the #FondationLOreal - @UNESCO, and especially to my great supervisor and mentor @StePalminteri !
#FWIS

[Sophie Bavard @sophiebavard]

🧩New DIY for scientific publications: our data and behavioral analyses scripts are finally available at https://t.co/yCSthGoT5u! Any comment is welcome 💡

[Charles Findling @FindlingCharles]

@BrainAndStomach Congrats!

[Valentin Wyart @valentinwyart]

Some of us have not waited for Kahneman's new book to do just that: 🙃 https://t.co/aBWSaDFajG

[Valentin Wyart @valentinwyart]

Our review with @FindlingCharles on the origin, impact and function of computation noise in human learning and decision-making is now out (no paywall) in Current Opinion in Behavioral Sciences: https://t.co/uSjDqLrXMf Main points below: (1/25)

[Pablo Tano @pablo_tano8]

Very happy to share our paper in #NeurIPS2020 with @pouget_alex and Peter Dayan!

(1/10) We present the Laplace code, a neurally-plausible Temporal Difference rule for Distributional Reinforcement Learning.

Paper: https://t.co/HjtqZxEvKK

Video: https://t.co/NuhnQtea2R

[Charles Findling @FindlingCharles]

Link of the article below https://t.co/lxBTanrPWc

[Charles Findling @FindlingCharles]

Very happy to share this work at @NatureHumBehav with Nicolas Chopin and @KoechlinE on the properties on inference noise in changing environments! Across simulations and experimental work, we show that noisy agents performs as well as more complicated agents that track volatility

[Etienne Koechlin @KoechlinE]

Glad to share our new paper https://t.co/c8ZZkdVvmg in @NatureHumBehav entitled "Imprecise neural computations as a source of adaptive behaviour in volatile environments" by @FindlingCharles, Nicolas Chopin and @KoechlinE. The Weber Law in inferring stable state beliefs is key!

[Valentin Wyart @valentinwyart]

Interested to hear about the surprising benefits of cognitive noise in adverse conditions? Tune in to @neuromatch #nmc3 room 3 this Friday at 09:15 UTC, new work led by @FindlingCharles.
Abstract: https://t.co/ELL0wOp52a
Preprint: https://t.co/27FFgPRRPO

[Charles Findling @FindlingCharles]

Thanks for reading, I hope you’ll find it as compelling as we do! For more information, check out the preprint on @biorxiv_neursci: https://t.co/GkI40xe6YQ (15/15)

[Charles Findling @FindlingCharles]

Excited to share my preprint with @valentinwyart on the cognitive benefits of computation noise for deep reinforcement learning @Inserm @Cognition_ENS @ERC_Research. A quick summary: (1/15)

[bioRxiv Neuroscience @biorxiv_neursci]

Computation noise promotes cognitive resilience to adverse conditions during decision-making https://t.co/SNYQ8EZOR5 #biorxiv_neursci

[Charles Findling @FindlingCharles]

These results show how computation noise promotes zero-shot adaptation to unexpected adverse events without purposeful cognitive sophistication. (14/15)