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Tobias Gerstenberg
@tobigerstenberg
Tea drinking assistant professor in cognitive psychology .
EducationStanford, CAcicl.stanford.eduJoined February 2016

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Quotes from Michael Tomasello's fantastic "Evolution of Agency" keynote at #CogSci2022 🦎Fish probably do some things, too. 🦫Thinking is making a model of the world and simulating it before you act. 🦍I'm sorry but chimps don't apologize. 🧑‍🦱Oh, we're in this together. Cool!
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Huge congrats !! It's thanks to Nick's "Principles of Cognition" class during my masters that I got excited in cognitive science, and I'm so happy that all your wonderful work is honored with this award. Thank you Nick!!
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Huge congratulations to the recipient of the 23rd David E. Rumelhart Prize, Nicholas Chater! Visit the Rumelhart Prize page on our website to learn more cognitivesciencesociety.org/rumelhart-priz #CogSci2022 #RumelhartPrize
A slide with a photo of Nicholas Chater and the text "Congratulations Nicholas Chater, recipient of the 2023 David E. Rumelhart Prize."
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Check out Ari Beller's work on "Eye-tracking mental simulation in physical inference" in the poster session starting at 3pm tomorrow at #CogSci2022. sneak peak👇
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How do people figure out what happened in the past? Ari Beller, Yingchen Xu, @scott_linderman and I use 👀-tracking to show that people sometimes do so through mental simulation. 📰 psyarxiv.com/h2r8d 📎 github.com/cicl-stanford/ 🧵 1/8 #CogSci2022 #SPP2022
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Make sure to catch 's first ever conference talk tomorrow (Sat) at #CogSci2022. It's the last one in the "T37: Inference" session which starts at 1pm, titled "Stop, children what’s that sound? Multi-modal inference through mental simulation".
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How does the ability to integrate multi-modal information develop in early childhood? New #cogsci2022 preprint & my first first-author paper with co-first @LauraXijiaZhou and mentors @hyogweon and @tobigerstenberg! 📰​​ psyarxiv.com/qbz9w 📎 github.com/cicl-stanford/ (1/8)
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Only can make you laugh and learn at the same time!! Tomer and Eric Bigelow open the black 📦 at #SPP2022 to show that when people evaluate other agents 🤖, they care not only about their behaviors but also about the algorithms that gave rise to it.
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Ari killing it at his first conference presentation at #SPP2022!
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How do people figure out what happened in the past? Ari Beller, Yingchen Xu, @scott_linderman and I use 👀-tracking to show that people sometimes do so through mental simulation. 📰 psyarxiv.com/h2r8d 📎 github.com/cicl-stanford/ 🧵 1/8 #CogSci2022 #SPP2022
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This work shows how computational modeling can help us better understand the cognitive processes that underlie people's ability to figure out what happened in the past. 🕵️ Catch Ari (cicl.stanford.edu/member/ari_bel) presenting this work at #SPP2022 and at #CogSci2022 this summer! 8/8
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The heatmaps generated by the Sequential Sampler match the heatmaps of participants' eye-movements more closely than those of the Uniform Sampler, or those of a model that only uses visual features (using Earth mover's distance 🪴🛻where lower is better). 7/8
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Most importantly, the Sequential Sampler captures where people are looking! To model eye-movements, it uses visual features (the position of the blocks, holes, and ball) and dynamic features (the collisions in the simulations). 6/8
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The Sequential Sampler captures the time it takes for participants to figure out what happened, using the number of collisions in the simulations as a predictor. Sometimes inferences are very fast (e.g. when the ball is right beneath a hole), and sometimes they take time. 5/8
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