Gaia Molinaro 🦋 gaiamolinaro.bsky.social (@gaia_molinaro) 's Twitter Profile
Gaia Molinaro 🦋 gaiamolinaro.bsky.social

@gaia_molinaro

How do we learn to achieve our goals? 🧠 Computational Cognitive Neuroscience PhD student @UCBerkeley @ccnlab 🎓 Previously @UCL @KingsCollegeLon & @ucdavis 🌿

ID: 930737567556947968

linkhttps://gaiamolinaro.github.io/ calendar_today15-11-2017 10:01:43

175 Tweet

732 Followers

612 Following

Gaia Molinaro 🦋 gaiamolinaro.bsky.social (@gaia_molinaro) 's Twitter Profile Photo

I'm excited to announce that this work has been accepted at NeurIPS Conference 🥳 We hope to spark cross-disciplinary conversations on goal selection in biological and artificial agents. Check it out at openreview.net/forum?id=GbqzN… Cédric Pierre-Yves Oudeyer Anne Collins Inria Flowers team Collins Lab

Anne Collins (@anne_on_tw) 's Twitter Profile Photo

Sarah Oh and I have a new preprint! Developing a new experimental protocol to reveal habit formation separately from cognitive control, in a 1h lab experiment. Naturally disengaging control to reveal habits osf.io/preprints/psya… via Center for Open Science

Marina Dubova (@dubova_marina) 's Twitter Profile Photo

As a psych undergrad in St. Petersburg 6 years ago, I never imagined I’d be starting my own cognitive science lab at one of the world’s best research environments, to pursue the questions I find most important and meaningful. I’m beyond excited to share that I’ll be starting a

As a psych undergrad in St. Petersburg 6 years ago, I never imagined I’d be starting my own cognitive science lab at one of the world’s best research environments, to pursue the questions I find most important and meaningful.
I’m beyond excited to share that I’ll be starting a
Pierre-Yves Oudeyer (@pyoudeyer) 's Twitter Profile Photo

Generative AI is a cultural transmission technology: it plays a growing role in generation, selection and transmission of ideas/opinions in human society 🧠🔄🌐 And yet we understand very little of this dynamics at this point 🤔❓ A step forward is our #ICLR2025 paper !👇

Generative AI is a cultural transmission technology:  
it plays a growing role in generation, selection and transmission of ideas/opinions in human society 🧠🔄🌐

And yet we understand very little of this dynamics at this point 🤔❓

 A step forward is our #ICLR2025 paper !👇
Amitai Shenhav (@amitaishenhav) 's Twitter Profile Photo

📣 Heads-up that our amazing dept (Berkeley Psych) is anticipating hiring *two* TT Asst Profs this Fall, under the themes of (1) Social & Personality Psychology, (2) Biological Basis of Behavior. Official job ads coming soon... Send qs for 1 to I Mauss/S Chen, 2 to L Wilbrecht

UCBerkeley Psychology (@berkeleypsych) 's Twitter Profile Photo

Berkeley Psych is hiring! **TWO** tenure-track assistant professor positions are now open, focused on: (1) Social/Personality: aprecruit.berkeley.edu/JPF05020 (2) Biological Basis of Behavior: aprecruit.berkeley.edu/JPF05054 Retweet and spread the word!

Bonan Zhao / 赵博囡 (@bonanzhao) 's Twitter Profile Photo

My Lab at the University of Edinburgh🇬🇧 has funded PhD positions for this cycle! We study the computational principles of how people learn, reason, and communicate. It's a new lab, and you will be playing a big role in shaping its culture and foundations. Spread the words!

My Lab at the University of Edinburgh🇬🇧 has funded PhD positions for this cycle!

We study the computational principles of how people learn, reason, and communicate. 

It's a new lab, and you will be playing a big role in shaping its culture and foundations.

Spread the words!
Gaia Molinaro 🦋 gaiamolinaro.bsky.social (@gaia_molinaro) 's Twitter Profile Photo

📢 New preprint! How do humans learn from arbitrary, abstract goals? We show that, when goal spaces can be compressed, costly working-memory processes give way to internalized reward functions, enabling efficient goal-dependent RL. Anne Collins Collins Lab arxiv.org/abs/2509.06810

Tianhe Wang (@tianhwang) 's Twitter Profile Photo

science.org/doi/10.1126/sc… Excited to share our new paper in Science Advances ! We report a novel phenomenon in motor control: your current movement is repelled away from your previous one. Modeling suggests this repulsion reflects efficient coding in motor planning.