Douglas Guilbeault(@DzGuilbeault) 's Twitter Profileg
Douglas Guilbeault

@DzGuilbeault

Asst. Prof. at Berkeley Haas | Management of Organizations | Co-director of the Computational Culture Lab https://t.co/PQJHsmZc7C | Social Networks & Cognition

ID:2902126231

linkhttps://haas.berkeley.edu/faculty/douglas-guilbeault/ calendar_today16-11-2014 21:59:51

2,1K Tweets

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1,1K Following

NBER(@nberpubs) 's Twitter Profile Photo

Exploring whether to use past data or start with a blank slate finds that under some conditions data can lead agents to look under the lamppost, constraining search and harming payoffs, from Hoelzemann, Manso, Abhishek Nagaraj 🗺️, and @Matteo Tranchero nber.org/papers/w32401

Exploring whether to use past data or start with a blank slate finds that under some conditions data can lead agents to look under the lamppost, constraining search and harming payoffs, from Hoelzemann, Manso, @abhishekn, and @Matteo Tranchero nber.org/papers/w32401
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Douglas Guilbeault(@DzGuilbeault) 's Twitter Profile Photo

Fascinating work. I've learned a lot from this project and way of thinking over the years. An excellent advance to the framework of exploration/exploitation via the analysis of data-driven vs. theory-driven search.

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Matt Henderson(@matthen2) 's Twitter Profile Photo

give each pixel a random Pokemon type, and then battle pixels against their neighbors, updating each pixel with the winning type (using the Pokemon type chart)

we quickly see areas of fire > water > grass > fire, electric sweeping over, ground frontiers taking over etc etc

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Physics In History(@PhysInHistory) 's Twitter Profile Photo

Atoms are very special: they like certain particular partners, certain particular directions, and so on. It is the job of physics to analyze why each one wants what it wants.

- Richard P. Feynman

Atoms are very special: they like certain particular partners, certain particular directions, and so on. It is the job of physics to analyze why each one wants what it wants. - Richard P. Feynman
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Fermat's Library(@fermatslibrary) 's Twitter Profile Photo

A palindromic prime is a prime number that is also a palindromic number – e.g. 11, 101, 131

The largest known palindromic prime is 10²⁰⁰⁰⁰⁰⁷ - 10¹¹²⁷¹⁹⁴ - 10⁸⁷²⁸¹² - 1, which is 2,000,007 digits long

A palindromic prime is a prime number that is also a palindromic number – e.g. 11, 101, 131 The largest known palindromic prime is 10²⁰⁰⁰⁰⁰⁷ - 10¹¹²⁷¹⁹⁴ - 10⁸⁷²⁸¹² - 1, which is 2,000,007 digits long
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luca tummolini(@ideeverdi) 's Twitter Profile Photo

if you are interested in the impact of AI on the human mind or to discuss more general cognitive science topics, consider submitting to the next AISC conference in Rome (Sept 18-20). Info and CfP: aisc2024.istc.cnr.it

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Douglas Guilbeault(@DzGuilbeault) 's Twitter Profile Photo

Very interesting paper in Science Magazine with exciting empirical evidence of complex contagions dynamics. Looking forward to seeing future exploration of how friendship seeding taps into complex paths. Congrats Nicholas A. Christakis and Airoldi

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Psiphon Inc.(@PsiphonInc) 's Twitter Profile Photo

Despite ongoing internet blockades in Russia, Psiphon remains committed, serving about 588 million daily unique users since the Ukraine invasion. Proud to connect an average of 1.4 million users daily in 2023.

Despite ongoing internet blockades in Russia, Psiphon remains committed, serving about 588 million daily unique users since the Ukraine invasion. Proud to connect an average of 1.4 million users daily in 2023.
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Nina Guilbeault(@ninaguilbeault) 's Twitter Profile Photo

Thank you Mark Bittman & Kate Bittman for featuring an excerpt of THE GOOD EATER on Mark Bittmanproject 🌿 Read below 👇

“Nina is a vegan, but not a militant one; she understands that the food system – and individuals’ eating – is a complicated thing, and looks at the “How should we…

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